Advanced Power technologies TTC-1000 Instruction & Operation Manual Download Page 11

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Warranty

V6.230 20131017

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Summary of Contents for TTC-1000

Page 1: ...bes 4 6 or 8 Outputs 9 CT Inputs 14 Digital Inputs Tap Position Monitoring Firmware version 6 23X 215 State Route 10 Building 2 Randolph NJ 07869 Phone 973 328 3300 Fax 973 328 0666 Website advpowertech com e mail info advpowertech com This manual applies to firmware versions 6 23X Advanced Power Technologies ...

Page 2: ...ROBE 11 Installation 14 3 3 3 Magnetic Mount Probe TTC PROBE 02 Installation 15 3 3 4 Probe Lead Connections 16 3 3 5 Applying a Backup Temperature Probe 18 3 4 Auxiliary CT Input for Calculated Winding Temperature 18 3 5 Cooling Control and Condition Alarm Connections 20 3 6 Unit Alarm Connections 21 3 7 Telemetry Connections 22 3 7 1 RS 232 Terminal Connections 22 3 7 2 Analog Outputs 22 3 7 3 R...

Page 3: ...4 5 3 Setting Load Names 47 4 6 Temperature Set Points 48 4 6 1 Setting Liquid Pickup and Drop Out Temperatures 50 4 6 2 Setting Calculated Winding Pickup and Dropout Temperatures 51 4 7 Load Pickup Set Points 52 4 7 1 Setting Load Pickup Set Point 54 4 7 2 Setting Load Pickup Timer 55 4 8 Optically Isolated Input Settings 55 4 9 Programmable Logic Settings 58 4 9 1 Assigning Liquid Temperature Se...

Page 4: ...mperature Probe Alarm Setting 78 4 13 3 Manual Mode Alarm Setting 79 4 13 4 Winding Circuit Alarm Setting 79 4 14 Setting Date and Time 80 4 14 1 Setting Time and Date Via the Front Panel 80 4 14 2 Setting Time and Date Via the PC 81 4 15 Setting Password 81 4 16 Setting Unit ID 82 5 TAP CHANGER POSITION MONITORING TPM 83 5 1 Basic Operation 83 5 1 1 Minimal Configuration 83 5 1 2 Full Configurati...

Page 5: ... Monitoring Targets 90 6 Dual Algorithm LTC Condition Monitoring 91 6 1 Detection of Slowly Evolving Problems 92 6 1 1 Setting LTCDIFF Set Point 94 6 1 2 Setting LTCDIFF Pickup Timer 95 6 1 3 Assigning LTCDIFF for LTC Condition Monitoring Alarm 95 6 2 Detection of Quickly Evolving Problems 97 6 2 1 Setting LTCDIFF Rise 98 6 2 2 Setting LTCDIFF Rate 98 7 TELEMETRY OPTIONS 99 7 1 Analog Outputs 99 7...

Page 6: ...yperTerminal 125 11 1 2 Upload Settings Using HyperAccess 126 11 2 Download Setting Files 127 11 2 1 Download Settings Using HyperTerminal 127 11 2 2 Download Settings Using HyperAccess 128 11 2 3 Download Settings Using a csv Template With HyperTerminal 128 11 2 4 Download Settings Using a csv Template With HyperAccess 129 12 DATA LOGGING 131 12 1 Data Storage 131 12 2 Data Points 132 12 3 Settin...

Page 7: ...TS 147 14 1 SETPOINT MENU FRONT PANEL SETTINGS WORKSHEET 147 14 2 CFG MENU FRONT PANEL SETTINGS WORKSHEET 164 14 3 TPM MENU FRONT PANEL SETTINGS WORKSHEET 173 15 PC SETTINGS WORKSHEETS 189 15 1 SETPOINT MENU SETTINGS WORKSHEET 189 15 2 CONFIGURATION MENU SETTINGS WORKSHEET 209 15 3 DIGITAL INPUTS AND TAP POSITION MONITOR WORKSHEET 217 16 Creating Setting Using an Excel CSV file 235 17 DNP3 0 PROFI...

Page 8: ... 7 Magnetic Mount Side View 16 Figure 3 8 Magnetic Mount Application of RTV 16 Table 3 1 Probe Lead Connections 16 Figure 3 9a NEMA Connections 17 Figure 3 9b Panel Connections 17 Figure 3 10 Temperature Probe Shield Grounding 17 Figure 3 11 Split Core CT Installation 18 Figure 3 12a NEMA CT Connections 19 Figure 3 12b Panel CT Connections 19 Figure 3 13a Relay Outputs NEMA 20 Figure 3 13b Relay O...

Page 9: ...e 4 1 Over Temperature Operation 48 Figure 4 2 Under Temp Operation 49 Figure 4 3 Load Pickup Set Point Operation 53 Figure 4 4 Input Set for LEVEL 56 Figure 4 5 Input Set for PULSE 56 Table 4 5 Programmable Logic Operands 58 Figure 6 1 LTC Differential Set Point Operation 92 Figure 6 2 LTCDIFF Rate of Rise Method 97 Table 7 1 Tap Position Analog Ranges 101 Table 8 1 Display Scroll Sequence 112 Ta...

Page 10: ...pgrade policy is purchased the Company will make reasonable efforts to notify all customers of all available upgrades Equipment Repair and Warranty Repair costs of products not covered under this warranty are paid for by customers Customers are responsible for the cost of shipping the products to the Company located at 215 State Route 10 BLDG 2 Randolph NJ 07869 USA All products repaired by the Co...

Page 11: ...Warranty V6 230 20131017 x PAGE INTENTIONALLY BLANK ...

Page 12: ... Provide a trip output Send temperature load and status to a master via DNP3 0 or MODBUS The TTC 1000 is substation hardened and designed to operate over a wide temperature range of 50 to 85 ºC suitable for installation in outdoor cabinets The TTC 1000 contains many features including Measures temperature from 35 to 160 ºC Does not require calibration Up to four optional 0 1 or 4 20 mA analog outp...

Page 13: ...upgrades Same unit operates from 38 to 290VDC or 120VAC and is immune to reversal of battery voltage polarity Available in either compact panel mount or a 304 Stainless Steel NEMA 4X enclosure Optional DNP3 0 Level 1 or MODBUS communications for reading analogs plus status and remotely commanding cooling via RS 485 wired connection or Multi Mode Fiber Optics V Pin fiber available Up to 14 optional...

Page 14: ...settings 4 RIGHT arrow button used for moving to the next character to the right when changing settings 5 YES button is used to enter a menu category request to change a setting and acknowledge a setting change 6 NO button is used to leave a menu category or abort a setting change 7 ACTIVE indicator is a green LED that illuminates when power is applied 8 ALARM indicator is a red LED that illuminat...

Page 15: ...d 1 2 3 4 5 6 A3 A2 A1 TB5 7 8 A4 1 2 3 4 5 6 TB5 A3 A2 A1 Rear Panel Marked As CT1 CT8 Shield Connect to ground REF RTD WHT RED BLK Probe 2 TB2 COM REF TMP COM REF TMP 1 2 3 4 5 6 7 8 9 10 11 12 COM REF TMP Optional Optional REF RTD WHT RED BLK Probe 1 REF RTD WHT RED BLK Probe 3 If PROBE2 and or PROBE3 channels are not ordered no connections will be made to those terminals RS 485 For DNP3 0 or M...

Page 16: ...sed for units with up to 6 outputs 2 digital inputs I O terminals are labeled TB1A TB1B and TB4 If only four outputs are ordered TB1B has no connections in the OUT5 6 positions If no inputs are ordered there are no connections to TB4 Used for units with 8 outputs I O terminals are labeled TB1A and TB1B Digital Inputs and Relay Output Options TB1A TB1B TB4 OUT 3 N C C N O OUT 2 N C C N O OUT1 N C C...

Page 17: ...og output option is not selected 1 2 3 4 5 6 A3 A2 A1 TB4 7 8 9 A4 G 1 2 3 4 5 6 TB4 A3 A2 A1 TB4 RS 485 DNP 3 0 Interface 1 2 Fiber Optic terminations for units with the fiber option installed Terminal will be labeled TB4 if no analogs are present and TB5A if analogs are present DNP or MODBUS EIA 485 terminal Labeled TB5 when there are no digital inputs installed DNP or MODBUS EIA 485 terminals L...

Page 18: ... Card Options Analog Daughter Card Options TB1B OUT5 OUT6 OUT4 OUT2 OUT3 OUT1 TB1A TB5 1 2 3 4 7 8 9 5 6 4 2 1 3 7 8 9 5 6 4 2 1 3 IN2 IN1 OUT4 OUT2 OUT3 OUT1 TB1 TB1 OUT4 OUT2 OUT3 OUT1 IN2 IN1 OUT7 OUT8 OUT5 OUT 6 OUT 4 OUT 2 OUT3 OUT1 TB1A TB1B IN3 IN4 IN5 IN6 IN7 IN8 TB7 IN9 IN10 IN11 IN12 IN13 IN14 TB6 TB6 TB7 are optional digital inputs These terminals will not be present if the additional i...

Page 19: ...r entire measurement range 1 C Absolute error at any temperature 1 5 C for temperatures within the range of 23 C 160 C Below 23 C the error is 3 5 C Current Measurement Range Main CT Serial numbers ending in A through F 0 to 10 A Serial numbers ending in G or later 0 to 15 A Extra CT Inputs 0 to 50 A Output Contact Rating 30 amps make for 250 msec 10 amps continuous at 250VAC 0 4 amps break at 160...

Page 20: ...ad Pick Up Timer 0 to 255 seconds actual minimum delay 32 msec Optically Isolated Inputs Operates from 38 to 290 VDC or 24 VAC to 260 VAC External wetting voltage required 5000 Volts of isolation Fiber Optic Interface Multi Mode Transmit Receive Wavelength 850nm Supports 50 or 62 5 micron multi mode fiber Optical budget is 9 1 dB V Pin interface supports HSC recommended or POF not recommended for ...

Page 21: ...V6 230 20131017 10 2 7 Part Number Details Table 2 1 Ordering Options NOTE Consult the factory for other options not listed ...

Page 22: ... communications There are two mounting configurations available Panel Mounts are intended for installation inside the transformer control cabinet and NEMA 4X for mounting either inside or outside the control cabinet 3 1 Mounting the NEMA Enclosure Figure 3 1 NEMA 4X Mounting Lexan Window 15 25 Oblong 0 312 X 0 500 5 00 Liquid Tight Probe Cable Strain Relief 7 00 1 63 DIA 0 000 0 000 5 25 1 73 1 00...

Page 23: ...n TB 3 The TTC 1000 is not sensitive to polarity because it uses a bridge rectifier on the power input This feature eliminates the risk of damage due to the reversal of power applied to this input Figure 3 3a NEMA Power Connections Figure 3 3b Panel Power Connections TB2 TB3 TB1 TB1A 1 2 3 4 Power Aux CT Rx Tx Tx Rpt AUX CT ALARM POWER TB3 TB5 A1 A2 A3 OUT 3 N C C N O OUT 2 N C C N O OUT1 N C C N ...

Page 24: ...equipped with up to three probes Universal thermowell probe types TTC PROBE 01 and TTC PROBE 11 are each provided with three thermometer well adapter fittings 7 8 UNF ANSI IEEE C57 thermometer well NPT and NPT and three probe sleeves 0 481 0 625 and 0 675 OD Temperature probes are interchangeable and do not require calibration The temperature probes and measurement circuitry are intrinsically accu...

Page 25: ... the probe at the end of the well 5 Close the elbow forming a 90 degree right angle Tighten the domed strain relief until the insert is tight against the probe cable 3 3 2 TTC PROBE 11 Installation Probe type TTC PROBE 11 allows coupling of flexible conduit directly to the thermometer well adapter fittings provided Its unique design allows the probe to be held in the well Figure 3 5 illustrates th...

Page 26: ...ermo well is unavailable To mount the probe you will need RTV silicone sealant suitable for the outdoor applications and rated for the maximum operating temperature Thermal grease supplied with probe To install the probe 1 Coat center probe area with a liberal coating of thermal grease as shown in Figure 3 6 Figure 3 6 Magnetic Mount Application of Thermal Compound 2 Place probe on the wall of the...

Page 27: ...nections The probe leads are color coded and are inserted into the terminal block in the following sequence Table 3 1 Probe Lead Connections Probe Panel Marking Wire Color Terminal 1 COM White 12 1 TMP Red 11 1 REF Black 10 2 COM White 9 2 TMP Red 8 2 REF Black 7 3 COM White 6 3 TMP Red 5 3 REF Black 4 RTV Seal Tank Wall ...

Page 28: ...TMP Tie the loose end of both resistors to COM NEVER HEAT THE PROBE ABOVE 200 ºC Probes can be supplied from lengths of 10 feet to 250 feet When using existing substation wiring with probe lengths less than 250 feet it is important to connect using 3 conductor with overall shield and connect the probe s shield drain wire to the shield the cable The total wiring length can not exceed 250 feet Also ...

Page 29: ...L Refer to section 4 5 for details on naming probe channels If probe channel one becomes non functional the TTC 1000 will automatically switch to using channel two for TOP OIL 3 4 Auxiliary CT Input for Calculated Winding Temperature A split core CT is supplied for each CT input which is intended to be applied over the secondary leads from the bushing CT To apply the CT first open the window by in...

Page 30: ...E CONNECTED TO THE CHASSIS OF THE TTC 1000 SEE SECTION 3 10 FOR SHIELD DRAIN GROUNDING 1 2 POWER 3 4 AuxCT C O M T M P R E F GROUND SHIELD TB3 TB2 TB1B C O M T M P R E F ANALOG OUT A1 A2 ALARM N C OUT4 C N O N C OUT3 C N O N C OUT2 C N O N C OUT1 C N O N C OUT5 C N O N C OUT6 C N O TB1A C O M T M P R E F A B RS485 Rx Tx G N D Rpt Tx Rx 5 6 7 1 2 3 4 IN1 IN2 TB4 TB5 A3 BUSY OK 1 2 3 4 IN4 IN3 9 10 ...

Page 31: ...required to break more load current than that shown in the Specifications Figure 3 13a Relay Outputs NEMA Note that all terminations may not be present depending on the options purchased Figure 3 13b Relay Outputs Panel Note that all terminations may not be present depending on the options purchased 1 2 POWER 3 4 AuxCT C O M T M P R E F GROUND SHIELD TB3 TB2 TB1B C O M T M P R E F ANALOG OUT A1 A2...

Page 32: ...rocessor or Temperature alarm occurs The user can set an output to pick up drop out or stay in its current state when either alarm occurs Figure 3 14a NEMA Alarm Connections Figure 3 14b Panel Alarm Connection 1 2 POWER 3 4 AuxCT C O M T M P R E F GROUND SHIELD TB3 TB2 TB1B C O M T M P R E F ANALOG OUT A1 A2 ALARM N C OUT4 C N O N C OUT3 C N O N C OUT2 C N O N C OUT1 C N O N C OUT5 C N O N C OUT6 ...

Page 33: ... PIN FUNCTION 1 No connection 2 Receive Data 3 Transmit Data 4 No connection 5 Ground 6 No connection 7 Request to send 8 Clear to send 9 No connection 3 7 2 Analog Outputs The TTC 1000 is available with up to four analog outputs configured as current loops The source for each analog output can be selected from probe 1 P1 probe 2 P2 or calculated winding temperature The analog output is designed t...

Page 34: ...be grounded on the opposite end of the TTC 1000 it is recommended to install a 300V 0 47 µF capacitor for each shielded cable or one 1 0 µF 300 V capacitor for every two shielded cable s drain wires between the ground drain and the TTC 1000 chassis to ensure proper operation See section 3 10 for shield drain wire connections One 1 0 µF 300V rated capacitor kit part number 8AOMKIT0000 is available ...

Page 35: ...of the communications bus is long and or there are many devices connected The two wire module uses a fail safe RS 485 transceiver that insures that incorrect operation does not occur due to an open or short circuit on the communications bus While the TTC 1000 is immune from shorted or open communications link other devices may require the use of bias resistors The use of shielded twisted pair wire...

Page 36: ... or MODBUS communications interface using a plug in Communications Processor module with a multi mode fiber optic interface The module contains a separate microprocessor to handle all overhead functions associated with the DNP3 0 or MODBUS protocol without affecting operation of the transformer cooling control and monitoring Fiber optics are recommended for substation installations as it avoids th...

Page 37: ...ny delay In addition three diagnostic indicators are provided for troubleshooting Tx indicates that the fiber interface is transmitting data to the DNP or MODBUS master Rx indicates that the fiber interface is receiving data from the DNP or MODBUS master and Re Tx if S1 is in the REPEAT position and received data is being re transmitted through the Tx port to the next IED in the chain Figure 3 17b...

Page 38: ...mode This passes incoming data to the transmit channel transparently To change this setting access the CONFIGURATION PROGRAM menu from the front panel as discussed in Section 4 1 To set the repeat mode from the front panel press the or arrow button until the following menu item is displayed Once the setting is accepted the repeat mode will be enabled PRGM SETTING 71 REPEAT OFF ...

Page 39: ...Any input can be programmed to be LEVEL or PULSE active The use of shielded cable is recommended Figure 3 18a NEMA Input Connections Figure 3 18b Panel Input Connections 1 2 POWER 3 4 AuxCT C O M T M P R E F GROUND SHIELD TB3 TB2 TB1B C O M T M P R E F ANALOG OUT A1 A2 ALARM N C OUT4 C N O N C OUT3 C N O N C OUT2 C N O N C OUT1 C N O N C OUT5 C N O N C OUT6 C N O TB1A C O M T M P R E F A B RS485 R...

Page 40: ...nd or possible unit damage For units equipped with analog outputs and RS 485 is recommended that the cables shield drain wires for those connections are grounded to either one of the studs of the back panel of the panel mount or the interior stud of the NEMA 4 enclosure on the TTC 1000 Failure to ground the shield drain wire on the TTC 1000 end may cause reading errors and possible unit damage In ...

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Page 42: ...settings labeled SP CFG and TPM The Set point SP PRGM menu contains the settings for basic temperature and load set points and logic CFG is the Configuration menu for general unit configuration settings The TPM PRGM menu contains the settings for optically isolated digital inputs and Tap Position Monitoring features To access the SP programming menu press the arrow buttons from the scrolling tempe...

Page 43: ...arity and one stop bit Operation has been verified with HyperTerminal Private Edition and HyperAccess It is recommended that the terminal emulation be set for either ANSI or TTY The pin out of this port is designed to use a 9 pin female to 9 pin male null modem cable You will need to configure your terminal emulation program before you get started Units equipped with Tap Position Monitoring capabi...

Page 44: ...UP 00 øC 32 WSP14 DROUT 00 øC 33 WSP21 PCKUP 00 øC 34 WSP21 DROUT 00 øC 35 WSP22 PCKUP 00 øC 36 WSP22 DROUT 00 øC 37 WSP23 PCKUP 00 øC 38 WSP23 DROUT 00 øC 39 WSP24 PCKUP 00 øC 40 WSP24 DROUT 00 øC 41 WSP31 PCKUP 00 øC 42 WSP31 DROUT 00 øC 43 WSP32 PCKUP 00 øC 44 WSP32 DROUT 00 øC 45 WSP33 PCKUP 00 øC 46 WSP33 DROUT 00 øC 47 WSP34 PCKUP 00 øC 48 WSP34 DROUT 00 øC 49 LTCDIFF1 PCKUP 00 øC 50 LTCDIFF...

Page 45: ...PCKUP TMR42 00 sec 103 LOAD PCKUP TMR51 00 sec 104 LOAD PCKUP TMR52 00 sec 105 LOAD PCKUP TMR61 00 sec 106 LOAD PCKUP TMR62 00 sec 107 LOAD PCKUP TMR71 00 sec 108 LOAD PCKUP TMR72 00 sec 109 LOAD PCKUP TMR81 00 sec 110 LOAD PCKUP TMR82 00 sec 111 LOAD PCKUP TMR91 00 sec 112 LOAD PCKUP TMR92 00 sec 113 SP11 Not Assigned 114 SP12 Not Assigned 115 SP13 Not Assigned 116 SP14 Not Assigned 117 SP21 Not ...

Page 46: ...he four password digits to access the Configuration programming menu followed by Enter If this is a new unit type 4 0000 If you are unsure if a password has been programmed or you are having trouble type 4 0905 for the super user password The list of settings will scroll on the screen similar to the sample shown as follows PROGRAM CONFIGURATION SETTINGS 01 OUT1 PCKUP TMR 00 sec 02 OUT1 AUTO 0 03 O...

Page 47: ... 0 61 A1 SOURCE P1 0 62 A2 SOURCE P1 0 63 A3 SOURCE P1 0 64 A4 SOURCE P1 0 65 NEG ANALGOUT SCALING NO 0 66 CPM TYPE DNP3 0 67 BAUD RATE 1200 0 68 NODE ADDR 00 69 REMOTE BLK DSABL 0 70 REPEAT OFF 0 71 TIMEBASE 00 sec 72 INCLUDE P1 IN LOG NO 0 73 INCLUDE P2 IN LOG NO 0 74 INCLUDE P3 IN LOG NO 0 75 INCLUDE WINDNG1 IN LOG NO 0 76 INCLUDE LOAD1 IN LOG NO 0 77 INCLUDE WINDNG2 IN LOG NO 0 78 INCLUDE LOAD...

Page 48: ...CTRL LEVEL 0 11 IN11 CTRL LEVEL 0 12 IN12 CTRL LEVEL 0 13 IN13 CTRL LEVEL 0 14 IN14 CTRL LEVEL 0 15 IN1 NONINVERT 0 16 IN2 NONINVERT 0 17 IN3 NONINVERT 0 18 IN4 NONINVERT 0 19 IN5 NONINVERT 0 20 IN6 NONINVERT 0 21 IN7 NONINVERT 0 22 IN8 NONINVERT 0 23 IN9 NONINVERT 0 24 IN10 NONINVERT 0 25 IN11 NONINVERT 0 26 IN12 NONINVERT 0 27 IN13 NONINVERT 0 28 IN14 NONINVERT 0 29 IN1 Not Assigned 30 IN2 Not A...

Page 49: ... 01L INFO 00 94 TAP 02L INFO 00 95 TAP 03L INFO 00 96 TAP 04L INFO 00 97 TAP 05L INFO 00 98 TAP 06L INFO 00 99 TAP 07L INFO 00 100 TAP 08L INFO 00 101 TAP 09L INFO 00 102 TAP 10L INFO 00 103 TAP 11L INFO 00 104 TAP 12L INFO 00 105 TAP 13L INFO 00 106 TAP 14L INFO 00 107 TAP 15L INFO 00 108 TAP 16L INFO 00 109 TAP 17L INFO 00 110 TAP 18L INFO 00 111 TAP 19L INFO 00 112 TAP 20L INFO 00 113 TAP 21L I...

Page 50: ...ttings for CT ratio full load current and hot spot rise over top oil The remainder are regular load set points You may skip this section if your model does not contain this feature The winding hot spot temperature is calculated using the measured load current and top oil temperature along with certain settings including the primary CT ratio hot spot rise over top oil temperature at rated load rate...

Page 51: ...ommodate the transient affect of changing load current the winding temperature can be estimated at any point in time by entering the winding time constant Therefore the displayed winding temperature is calculated as follows TO t HS HS HS HS I U e t 1 2 Where e t e at tim temperatur Winding t θHS above 1 equation using e temperatur winding Ultimate θ U HS 1 equation using emperature winding t Initi...

Page 52: ...etting is the top name plate rating in Amps There are 3 separate Rated Load settings for CT s 1 2 and 3 If the nameplate indicates ratings of 1000 1200 1400 use 1400 as the rated load On some transformers the nameplate might only list the rating in MVA In this case you will need to divide the top MVA rating by the voltage of winding monitored with the CT The rated load for a 3 phase transformer is...

Page 53: ... PC just type the Winding Rise Rated Load on the Enter line as follows Enter 35 20 This will program the hot spot rise to 20 degrees Celsius 4 4 4 Winding Rise Time Constant The Winding Rise Time Constant is the amount of time in minutes for the winding hot spot temperature to reach 63 percent of its final value A number of factors including the volume and type of oil used and the mass of the tran...

Page 54: ...on The first character will flash Use the or arrow buttons to scroll between NO and YES Press YES when you have made the correct selection For programming from a PC just type the Cooling Type on the Enter line as follows Enter 43 1 This will program the Cooling Type to directed FOA FOW Enter 0 for all other cooling types 4 4 6 Checking Winding Temperature A built in WNDGCAL test function is provid...

Page 55: ...re Wait until the display scrolls to winding temperature Check the measured winding temperature against the WNDGCAL value If the winding temperature is not within three degrees re check the connections to the split core CT and the current passing through the CT s primary This feature compares the computed result for 5 amperes as compared to the actual result of 5 amperes in the CT The above assume...

Page 56: ... and 046 for the remaining two probes depending on how many probe channels were purchased PRGM SETTING 044 P1 NAME TOP OIL NOTES 1 The MIN MAX log should always be reset after changing probe names This is especially critical for the LTCDIFF as its range is different from the TOP OIL WINDING BOTMOIL and AMBIENT temperatures 2 Probe channels can be disabled by selecting Probe Name NONE 3 Naming two ...

Page 57: ...temperature to be displayed It is important to populate the winding names is order Failure to do so will prevent the correct display of winding temperature Possible winding names are shown in Table 4 3 Table 4 3 Winding Names 0 NONE 4 TER WNDG 8 SERWNDG 1 WINDING 5 WINDNG1 9 COMWNDG 2 LV WNDG 6 WINDNG2 10 LV1WNDG 3 HV WNDG 7 WINDNG3 11 LV2WNDG Programming from the front panel enter the configurati...

Page 58: ...t panel enter the configuration program menu and press the arrow button until the setting 050 is displayed The same is true for settings 51 58 for the remaining eight loads depending on how many auxiliary CT input channels were purchased Press the YES button The first character will flash Use the or arrow buttons to scroll through the available names Press YES after you have made your selection Wh...

Page 59: ...rop Out then operate as over temperature If SPpn Pick UP SPpn Drop Out then operate as under temperature Where p Probe 1 2 or 3 n Set point 1 2 3 4 The equations for winding temperature pickup and drop temperatures are If WSPn Pick UP WSPn Drop Out then operate as over temperature If WSPn Pick UP WSPn Drop Out then operate as under temperature Where n Set point 1 2 3 4 The over temperature set poi...

Page 60: ...hed the pickup and drop out settings you are ready to assign the set points to a specific output A set point will not pickup an output until you assign it to OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 or OUT8 NOTES 1 When changing pickup or drop out temperature set points the new value takes effect the next time temperature data is updated which occurs every 16 seconds However once a SP is picked up chang...

Page 61: ...obes can be used for other tasks If the CT option was not purchased one probe will be needed to be used in the transformer s heated well if there is a need to measure winding temperature If the transformer has an LTC use settings for LTC if only the reading is desired or if using for LTC protection use settings for LTCDIFF1 or LTCDIFF2 or both if there are two tap changers When a probe is designat...

Page 62: ... points can be changed by pressing the arrow button and following the above procedure For programming from a PC just type the desired temperature on the Enter line as follows Enter 1 75 This will program SP11 pickup to 75 C Enter 2 70 This will program SP11 drop out to 70 C 4 6 2 Setting Calculated Winding Pickup and Dropout Temperatures For units equipped with an Aux CT input there will be four s...

Page 63: ...edure For programming from a PC just type the desired temperature on the Enter line as follows Enter 25 85 This will program WSP11 pickup to 85 C Enter 26 80 This will program WSP11 dropout to 80 C 4 7 Load Pickup Set Points Load current is measured with an external split core Aux CT supplied with models equipped with this feature The Aux CT is not intended for direct exposure to the elements and ...

Page 64: ...he full duration of the load pickup timer In this case the load pickup set point will be picked up The second case shows a transient load or external fault wherein the load current drops below the pickup point soon after the timer starts This causes the timer to reset and the load pickup set point remains dropped out NOTE When load current is present it is important to set the load dropout set poi...

Page 65: ... Note Only the first three load set points are able to have a CT ratio entered the remainder measures the actual current in the circuit To set the Load Pickup Set Points for CT input 1 LOADPUSP11 and LOADDOSP11 must be programmed Assume the settings are for pickup at 4 0A and the dropout is to be 3 5A To set these set points from the front panel enter the set point program menu and press the or ar...

Page 66: ... all digits The Pickup Timer for the other load set points can be changed by pressing the arrow button to the corresponding Load Pickup Timer and following the above procedure For programming from a PC just type the load set point pickup timer value on the Enter line as follows Enter 95 120 This will program the Load pickup timer to 120 seconds 4 8 Optically Isolated Input Settings The TTC 1000 ma...

Page 67: ...ly longer for inputs 3 through 14 There is no debounce delay on high to low transitions For PULSE the recognized state of the input toggles every low to high voltage transition in NONINVERT mode and every high to low voltage transition in INVERT mode There are separate settings of LEVEL or PULSE as well as NONINERT or INVERT for each input Figure 4 4 illustrates the operation of inputs set to LEVE...

Page 68: ...an input When inverted a wetted input will de assert Conversely an inverted input that does not have wetting voltage will be asserted When not inverted the input must be wetted to be asserted To set from the front panel enter the TPM menu and press the or arrow button until the inversion setting for desired input is displayed Press the YES button The first character will flash Use the or arrow but...

Page 69: ...ogether and all of the AND ed terms together As an example by assigning SP11 and SP21 to OUT3 will result in the following Boolean expression for OUT3 OUT3 SP11 SP21 Type Quantity Description Temperature Set Points Probe 1 SP11 SP12 SP13 SP14 Probe 2 SP21 SP22 SP23 SP24 Probe 3 SP31 SP32 SP33 SP34 4 for Single Probe 8 for Dual Probe 12 for Three Probe Each has its own pickup and dropout temperatur...

Page 70: ...ns resulting in the cooling to be de energized There are additional settings available that enhance the flexibility of the programmable logic These functions include Output Timers for delaying pickup of the output relays Output Inversion that permits overall inversion of logic equations controlling outputs This is particularly useful for fail safe operation NOTE Fail safe operation is strongly rec...

Page 71: ...croll to the AND OR logic operator The operator will flash Use the or arrow buttons to scroll between the and operators Selecting will AND SP11 with any other set point or operand controlling the same output Use to permit or block an output from operating Selecting will OR SP11 with any other set point or operand controlling the same output Use when you have a number of operands which can command ...

Page 72: ...gh WSP34 to an output from the front panel press the or arrow buttons until the desired WSP is selected Assuming WSP11 is to be changed enter the Set point menu and select setting line 129 Press the YES button The first character is the inversion operator Use the or arrow buttons to scroll between the inversion operator and a blank space While the inversion operator is displayed the character will...

Page 73: ...to OUT1 To assign WSP11 And ed OUT1 Enter 129 1 0 1 Consult the setting sheets to assign the remaining temperature set points 4 9 3 Assigning Load Pickup Set Points Load pickup set points must be assigned to a specific output to start a stage of cooling based on a sudden increase in load current To assign a load pickup set point LSP11 through LSP92 to an output from the front panel enter the Set p...

Page 74: ...ing the set point The following illustrates the change to output 1 Press YES after you have set the inversion AND OR and output number The other Load Set Point can be assigned by pressing the arrow button and following the above procedure For programming from a PC just type the LSP11 assignment on the Enter line as follows Enter 141 0 1 1 This will assign LSP11 OR ed to OUT1 To assign LSP11 And ed...

Page 75: ...he or arrow buttons to scroll between the and operators Selecting will AND IN1 with any other set point or operand controlling the same output Use to permit or block an output from operating Selecting will OR IN1 with any other set point or operand controlling the same output Use when you have a number of operands which can command the same output Use the or buttons to scroll to the output The out...

Page 76: ...t from the front panel enter the Set point menu and press the or arrow buttons until the setting 159 is displayed Press the YES button The first character is the inversion operator Use the or arrow buttons to scroll between the inversion operator and a blank space While the inversion operator is displayed the character will flash Use the or buttons to scroll to the AND OR logic operator The operat...

Page 77: ...1 0 2 Consult the setting sheets to assign OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 or OUT8 4 9 6 Time Set Points The time set points allow the user additional flexibility to activate events between specific times There are three time set points available Time set points are useful to exercise a bank of fans periodically For example the user can set the device to pick up an output at 03 00 hours and drop out...

Page 78: ...time set point is assigned to In this case TSP1 is not assigned Press the YES button The 10 s hour digit will flash Use the or arrow buttons to set this digit Use the button to move to the 1 s hour digit and observe that it flashes Again use the or arrow buttons to set this digit Scroll to the 10 s minute digit by pressing the button and observe that it flashes Use the or arrow buttons to set this...

Page 79: ...r arrow buttons until the setting 094 is displayed Press the YES button The first digit will flash Use the or arrow buttons to scroll through the digits 0 9 Use the or buttons to scroll between the digits The currently active digit will flash Press YES after you have entered all digits For programming from a PC just type the time set point counter value on the Enter line as follows Enter 94 30 Thi...

Page 80: ...ll output inversion for an entire logic equation This is particularly useful for fail safe operation of the controller Fail safe operation is highly recommended as it allows your cooling system to be activated should the TTC 1000 become de energized or a device or temperature probe alarm is detected Fail safe operation is achieved by ensuring the output relay drops out when the necessary set point...

Page 81: ...points are picked up OUT2 will remain picked up until either of the two temperature set points drop out Using the inversion operator with a temperature set point programmed for over temperature is particularly useful when it is desirable to run the fans if the controller becomes de energized When using the inversion operator for this purpose it is necessary to use the B contact of the output relay...

Page 82: ... SPkp2 OUTn where kp2 11 12 13 14 21 22 23 24 31 32 33 34 and n 1 2 3 4 5 6 7 8 Using RS232 kk1 0 1 n where kk1 Setting line and n 1 2 3 4 5 6 7 8 Kk2 0 1 n where kk2 Parameter and n 1 2 3 4 5 6 7 8 To invert a single assigned set point simply invert the setting as follows Using the LCD SPkl OUTn where kl 12 13 14 21 22 23 24 31 32 33 34 and n 1 2 3 4 5 6 7 8 Using RS232 kk 1 0 n where k Parameter...

Page 83: ...he fans continuously during the cooler months of the year The Boolean equation to accomplish this task is OUTn Time Set Pointm Temperature Set Pointkl Therefore the cooling fans will come on when either the over temperature condition is achieved or the time of day is in between 02 00 to 03 00 hours To program the controller simply assign the time and temperature set points as follows Using the LCD...

Page 84: ...or DEVICE and temperature TPROBE and allows the user to control how each output reacts when an alarm occurs A DEVICE alarm occurs anytime the microprocessor detects a failure in any of the peripheral hardware including the non volatile E2 memory the real time clock analog outputs corruption of stored data and power supply brown out The TPROBE alarm is generated anytime the processor is unable to o...

Page 85: ... the DEVICE or TPROBE alarm to supervise OUT3 This will insure that a trip signal is blocked whenever a DEVICE or TPROBE alarms occur Also if OUT4 is used for a high temperature alarm it may be desirable for OUT4 to remain unchanged if a DEVICE or TPROBE alarm occurs This will insure that a high temperature alarm continues to be reported Programming from the front panel enter the Configuration men...

Page 86: ...first time OUT1 picks up the output relay associated with OUT1 will pick up If OUT4 picks up while OUT1 is picked up the relay associated with OUT4 will pick up Once both OUT1 and OUT4 drop out the next time OUT1 picks up the relay associated with OUT4 will pick up If at sometime in the future OUT4 picks up when OUT1 is already picked up the relay associated with OUT1 will pick up The cycle repeat...

Page 87: ... possible to control the output relay using this method This setting should only be used when it is desired block remote control of a specific output relay Also the TTC 1000 will leave the output relay in whatever state it happened to be at the time manual control is exerted through the RS 232 interface The TTC 1000 will cause the Device Alarm contacts to pick up when an output is put into the man...

Page 88: ...allows the unit to provide an alarm should the device lose DC power or becomes de energized The TTC 1000 monitors five conditions Processor DEVICE Temperature TPROBE Manual Mode MANUAL Winding WNDCKT DNP3 0 or MODBUS Communications CPROC The TTC 1000 allows the user to enable or disable all of the alarm conditions except the DNP3 0 or MODBUS Communications CPROC through programming 4 13 1 Device A...

Page 89: ...e internal circuitry associated with the analog to digital conversion process All temperature set point evaluations are suspended until the alarm condition is cleared Setting from the front panel enter the Configuration menu and press the or arrow button until the setting 092 is displayed Press the YES button The first character will flash Use the or arrow buttons to scroll between ENABL enable an...

Page 90: ...ay and the front panel alarm LED from illuminating However the front panel will display the alarm if present For programming from a PC just type the setting for manual mode alarm enable on the Enter line as follows Enter 93 1 This will disable the manual mode alarm Type 0 to enable the alarm 4 13 4 Winding Circuit Alarm Setting The WNDCKT alarm occurs anytime the TOP OIL temperature exceeds 63 ºC ...

Page 91: ...eps track of the time date and day of the week Also the time date and day are maintained even while the unit is unpowered for 5 days at 85ºC The TTC 1000 powers the RTC through the use of large value capacitor that eliminates the need for battery backup and is designed to operate over the entire temperature range Time and date are used to evaluate the TIME set points and data logging 4 14 1 Settin...

Page 92: ...and Date Via the PC For setting time from a PC just type the current time on the Enter line as follows Enter 88 8 05 This will set the time to 8 05AM The time entered must be a 4 digit international time For setting the date from a PC just type the current date on the Enter line as follows Enter 89 07 28 08 This will set the date to July 28 2008 The date must be entered with a total 6 digits A dat...

Page 93: ...ure to enter a four digit number will result in an incorrect password 4 16 Setting Unit ID A six character unit identifier can be programmed The unit ID is stored as a setting but also appears on the Status menu over the RS 232 interface Programming from the front panel enter the Configuration menu and press the or arrow buttons until the setting 095 is displayed Press the YES button The first dig...

Page 94: ... the TTC 1000 5 1 1 Minimal Configuration If the TTC 1000 has only the basic two contact sensing inputs installed only the most basic form of monitoring can be implemented This uses EITHER the Raise or Lower contactors and the Off Tap Switch To track the change the user selects which contactor coil to monitor and wires it to one of the inputs The other input is wired to the tap change counter Upon...

Page 95: ...he other coil is operated 5 1 2 Full Configuration Full implementation of Tap Position Monitoring uses six inputs Many transformers do not have a neutral switch so that may not be used Full implementation will include the following inputs 1 Raise Contactor Coil 84R 2 Lower Contactor Coil 84L 3 Operations Counter or Off Tap or On Tap contact 4 Mechanism Upper Limit Cam Switch 5 Mechanism Lower Limi...

Page 96: ... to Neutral when the other coil is operated 5 2 Programming Items The following are descriptions of the various settings needed to set up the monitoring 5 2 1 Inputs The digital inputs are described previously and are used to connect to the contactors and switches They must be wetted by a voltage if used on a switch If used on a coil the selected input must be connected across the coil The Inputs ...

Page 97: ...alarm will be sent 5 2 8 OPFL OPFL picks up when either RAISE or LOWER contact activates and does not return to its inactive state before the timer expires This setting selects the Output to be used to send the indication OPFL can be mapped into the unit s programmable logic OPFL stays picked up until it is cleared by resetting the targets Note that OPFL will not always alarm when using the minimu...

Page 98: ...er RAISE or LOWER For example if you specify only the RAISE input at the time of the OFFTAP input activating TPM will check the state of the RAISE input If RAISE is activated TPM will execute a raise operation and if RAISE is inactive TPM will execute a lower operation instead The same thing can be done with specifying the LOWER contact In that case the RAISE will be opposite of LOWER 5 2 13 Upper...

Page 99: ...t known position that was not a THRU TAP will be reported You can have several THRU TAPs defined adjacent to each other In order to specify position to be reported with LOWER tag the value in a tap table should be entered negative A value of zero will be reported as NEUTRAL A positive value will be reported with a RAISE tag NOTE Modifying the inversion settings for inputs that are assigned to TPM ...

Page 100: ... in this menu 5 4 1 Tap Changer Position Monitoring Status and Statistics TPM functionality of TTC 1000 also includes the ability to collect statistical information about the tap changes To access this status screen type 3 followed by Enter in the RS232 Digital Inputs and TPM menu A screen similar to the example below should appear It lists the current tap position and the overall tap changer coun...

Page 101: ...gets are the alarms that stay picked up once they pick up The only way to clear them is to reset them either from Front Panel or through RS232 All targets will reset together TTC 1000 has 6 targets implemented LTCDIFF1 RofR LTCDIFF2 RofR TLIM OFFT OPFL and FREQ To reset Targets through Front Panel The temperature time display will be the first display you see upon power up Press the YES button whe...

Page 102: ...ns such as Top Oil There are two heating events that can be detected with the TTC 1000 Slowly evolving Problems normally associated with coking of the tap changer contacts Quickly evolving problems associated with a malfunction of the tap changer mechanism which leads to rapid temperature increases which if not caught quickly can lead to catastrophic failure of the transformer The range of the cal...

Page 103: ...If the differential temperature drops down below the pick up temperature while the timer is in progress the timer will reset This timer allows the differential temperature set points to ride through daylight heating and hence permits a more sensitive setting The above example shows that the LTC set point does not drop out because the difference between the LTC Tank temperature and the Top Oil temp...

Page 104: ...rst make sure one of the probes has been named LTCDIFF LTCDIFF1 LTCDIFF2 LTCTANK DIVTANK or SELTANK Next program the LTCDIFF 1 or 2 PU pickup and LTCDIFF 1 or 2 DO drop out temperatures As mentioned earlier it is recommended that the LTCDIFF temperature be monitored to determine the transformer s normal operating point For LTCDIFF 1 or 2 the appropriate LTCPUTMR can be set once the transformers no...

Page 105: ...the setting 049 is displayed Press the YES button Use the or arrow buttons to scroll through the digits Use the or buttons to scroll between the digits The currently active digit will flash Digits not displayed will not flash The first digit is dedicated to display a minus sign Press YES after you have entered all digits After setting the pickup temperature press the arrow button once Use the proc...

Page 106: ...TCDIFF set points must be assigned to a specific output to generate an LTC condition alarm You may dedicate a single output or group it with other high temperature alarms by Or ing it to the output used to indicate high temperature alarms To assign the LTCDIFF1 set point to an output from the front panel enter the Set point menu and press the or arrow buttons until the setting 125 is displayed Pre...

Page 107: ...to the output The output number will flash Use the or arrow buttons to scroll from 0 to 4 Setting the output number to zero will have the affect of de assigning the set point The following illustrates the change to output 4 Press YES after you have set the inversion AND OR and output number For programming from a PC just type the LTCDIFF1 assignment on the Enter line as follows Enter 125 0 1 4 Thi...

Page 108: ...tion equal to or greater than the LTCDIFF RATE timer an internal set point LTCDIFF R R is picked up If the LTCDIFF temperature decreases while the LTCDIFF RATE timer is in progress the timer will reset and the logic will wait for another LTCDIFF temperature increase before starting the timer again The recommended range for setting LTCDIFF Rise is 5 to 20 C The LTCDIFF Rate can be set from 1 to 255...

Page 109: ...nter line as follows Enter 55 15 This will program LTCDIFF Rise to 15 C 6 2 2 Setting LTCDIFF Rate Programming LTCDIFF Rate from the front panel enter the Set point menu and press the or arrow buttons until the setting 056 is displayed Press the YES button The first digit will flash Use the or arrow buttons to scroll through the digits 0 9 Use the or buttons to scroll between the digits The curren...

Page 110: ...switched to operate in the range of 4 20 mA NEMA units with serial letter suffix B contain TB4 for connections to the analog outputs All other NEMA units utilize TB2 The terminal marked is the current source output The connection marked is the current transmitter s return These outputs are fully isolated but the return may be connected to chassis ground at the RTU Grounding the return inside the T...

Page 111: ... normal scaling For measurements from P1 P2 or P3 Current Temperature 160 For calculated winding temperature Current Temperature 180 Range 4 to 20mA with normal scaling For measurements from P1 P2 or P3 Current 0 1 x Temperature 4 For calculated winding temperature Current 0 089 x Temperature 4 Range 0 to 1mA with negative scaling For measurements from P1 P2 or P3 Current Temperature 35 195 For ca...

Page 112: ...2 0 01538 4 246 31 0 03077 4 492 30 0 04615 4 738 29 0 06154 4 985 28 0 07692 5 231 27 0 09231 5 477 26 0 10769 5 723 25 0 12308 5 969 24 0 13846 6 215 23 0 15385 6 462 22 0 16923 6 708 21 0 18462 6 954 20 0 20000 7 200 19 0 21538 7 446 18 0 23077 7 692 17 0 24615 7 938 16 0 26154 8 185 15 0 27692 8 431 14 0 29231 8 677 13 0 30769 8 923 12 0 32308 9 169 11 0 33846 9 415 10 0 35385 9 662 9 0 36923 ...

Page 113: ...8 523 27 0 92308 18 769 28 0 93846 19 015 29 0 95385 19 262 30 0 96923 19 508 31 0 98462 19 754 32 1 00000 20 000 NOTE If any analog channel is set to report current tap changer position TPM feature TTC 1000 will automatically switch to enable negative scaling on all analog channels to accommodate for better resolution 7 1 1 Setting the Analog Output Range The analog output range can be switched f...

Page 114: ... 7 1 2 Setting the Analog Source The source of data for the analog input can be a liquid probe or calculated winding temperature The TTC 1000 automatically scales the data to be reported To change this setting enter PROGRAM mode from the front panel as discussed in Section 4 1 To set the analog source from the front panel enter the Configuration menu and press the or arrow button until the setting...

Page 115: ...nt panel enter the Configuration menu and press the or arrow button until the setting 065 is displayed Press the YES button The first character will flash Use the or arrow buttons to scroll between YES and NO Press YES when you have made the correct selection For programming from a PC enter PROGRAM through the main menu as discussed in Section 0 Once in PROGRAM type the setting for the NEG ANALGOU...

Page 116: ...ecause Variation 2 is supported the TTC 1000 communicates whether or not an output relay is under manual control by exerting the forced status bit for these points only The forced status bit is located in bit 4 of each binary output octet transmitted to the Master For Analog Outputs the TTC 1000 supports Object 30 Variation 4 These are 16 bit signed analog quantities without status Included in the...

Page 117: ...tes in conjunction with the INVERT setting for each output For example if the INVERT bit is set for OUT1 then the OUT1 relay will drop out This is an important point to remember when setting the programmable logic as Fail Safe cooling will not be observed under remote control if the user implements Fail Safe cooling by assigning a set point using the inversion operator Finally the user should not ...

Page 118: ...red Please refer to your DNP3 0 or MODBUS Technical Reference documents as certain node addresses are reserved To change this setting enter PROGRAM mode from the front panel as discussed in Section 4 1 To set the node address from the front panel enter the Configuration menu and press the or arrow button until the setting 068 is displayed Press the YES button The first digit will flash Use the or ...

Page 119: ... remote control of the output relays For programming from a PC enter PROGRAM through the main menu as discussed in Section 0 Once in PROGRAM type the setting for remote block on the Enter line as follows Enter 69 1 This will enable remote block Type 0 to disable remote block 7 3 Telemetry Via RS232 Asynchronous data communications is implemented through the front panel mounted DB 9 connector at a ...

Page 120: ...ions the reply is 68 93 Where the first temperature is probe 1 and the second is probe 2 Sending the string S causes the TTC 1000 to report the status of the output relays OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 and OUT8 and alarm type DEVICE TPROBE and WDGCKT as a series of ASCII character 0 for off and ASCII character 1 for on The string reported is as follows OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 OUT7 OUT8 ...

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Page 122: ...us displays To resume automatic scrolling press the NO button NOTE The unit will return to the automatic scrolling from any menu after one minute of inactivity Activity is defined as any button being pressed There can be many different display sequences depending on the options installed as well as the settings of those options The sequence of the display is as shown in Table 8 1 the standard item...

Page 123: ...channel winding data Load 4 Option CT channel Load 5 Option CT channel Load 6 Option CT channel Load 7 Option CT channel Load 8 Option CT channel Load 9 Option CT channel Tap Position Standard Probe1 Min Probe 1 Max Standard Standard Probe 2 Min Probe 2 Max Option Probe Channel Probe 3 Min Probe 3 Max Option Probe Channel Winding 1 Min Winding 1 Max Option CT channel winding data Winding 2 Min Win...

Page 124: ... after they have been picked up from the front panel main menu press the or arrow buttons until the following menu item is displayed and press the YES button To confirm that the TPM Targets have been reset the display will read 8 5 Reset Overall TPM Counter To reset the overall TPM Counter from the front panel main menu press the or arrow buttons until the following menu item is displayed and pres...

Page 125: ...V6 230 20131017 114 To confirm that the overall TPM Counter has been reset the display will read OVERALL TPM CNTR IS RESET ...

Page 126: ...nfiguration settings from the front panel first press the or arrow buttons until the VIEW Settings screen is displayed Pressing the YES button will allow you to scroll through each parameter by using the or arrow buttons By pressing NO you will bounce back to the above display To view TPM settings from the front panel Digital Inputs and TPM first press the or arrow buttons until the VIEW Settings ...

Page 127: ...OUT 00 øC 23 SP34 PCKUP 00 øC 24 SP34 DROUT 00 øC 25 WSP11 PCKUP 00 øC 26 WSP11 DROUT 00 øC 27 WSP12 PCKUP 00 øC 28 WSP12 DROUT 00 øC 29 WSP13 PCKUP 00 øC 30 WSP13 DROUT 00 øC 31 WSP14 PCKUP 00 øC 32 WSP14 DROUT 00 øC 33 WSP21 PCKUP 00 øC 34 WSP21 DROUT 00 øC 35 WSP22 PCKUP 00 øC 36 WSP22 DROUT 00 øC 37 WSP23 PCKUP 00 øC 38 WSP23 DROUT 00 øC 39 WSP24 PCKUP 00 øC 40 WSP24 DROUT 00 øC 41 WSP31 PCKUP...

Page 128: ...00 sec 96 LOAD PCKUP TMR12 00 sec 97 LOAD PCKUP TMR21 00 sec 98 LOAD PCKUP TMR22 00 sec 99 LOAD PCKUP TMR31 00 sec 100 LOAD PCKUP TMR32 00 sec 101 LOAD PCKUP TMR41 00 sec 102 LOAD PCKUP TMR42 00 sec 103 LOAD PCKUP TMR51 00 sec 104 LOAD PCKUP TMR52 00 sec 105 LOAD PCKUP TMR61 00 sec 106 LOAD PCKUP TMR62 00 sec 107 LOAD PCKUP TMR71 00 sec 108 LOAD PCKUP TMR72 00 sec 109 LOAD PCKUP TMR81 00 sec 110 L...

Page 129: ... OUT8 Not Assigned 167 TIME1 00 00 TO 00 00 Not Assigned 168 TIME2 00 00 TO 00 00 Not Assigned 169 TIME3 00 00 TO 00 00 Not Assigned After transmitting the data to the host computer the TTC 1000 automatically logs off The user must press the Enter key to re display the Main Menu To view Configuration settings via a PC first press the Enter key to display the Main Menu When the user presses 3 follo...

Page 130: ... LOAD6 NAME LOAD 0 56 LOAD7 NAME LOAD 0 57 LOAD8 NAME LOAD 0 58 LOAD9 NAME LOAD 0 59 ALTERNATE DSABL 0 60 ANALGOUT 0to1mA 0 61 A1 SOURCE TAP POSITION 6 62 A2 SOURCE P1 0 63 A3 SOURCE P1 0 64 A4 SOURCE P1 0 65 NEG ANALGOUT SCALING YES 1 66 CPM TYPE DNP3 0 67 BAUD RATE 1200 0 68 NODE ADDR 00 69 REMOTE BLK DSABL 0 70 REPEAT OFF 0 71 TIMEBASE 00 sec 72 INCLUDE P1 IN LOG NO 0 73 INCLUDE P2 IN LOG NO 0 ...

Page 131: ...L LEVEL 0 12 IN12 CTRL LEVEL 0 13 IN13 CTRL LEVEL 0 14 IN14 CTRL LEVEL 0 15 IN1 NONINVERT 0 16 IN2 NONINVERT 0 17 IN3 NONINVERT 0 18 IN4 NONINVERT 0 19 IN5 NONINVERT 0 20 IN6 NONINVERT 0 21 IN7 NONINVERT 0 22 IN8 NONINVERT 0 23 IN9 NONINVERT 0 24 IN10 NONINVERT 0 25 IN11 NONINVERT 0 26 IN12 NONINVERT 0 27 IN13 NONINVERT 0 28 IN14 NONINVERT 0 29 IN1 Not Assigned 30 IN2 Not Assigned 31 IN3 Not Assig...

Page 132: ...AP 11R INFO 00 82 TAP 10R INFO 00 83 TAP 09R INFO 00 84 TAP 08R INFO 00 85 TAP 07R INFO 00 86 TAP 06R INFO 00 87 TAP 05R INFO 00 88 TAP 04R INFO 00 89 TAP 03R INFO 00 90 TAP 02R INFO 00 91 TAP 01R INFO 00 92 TAP 00N INFO 00 93 TAP 01L INFO 00 94 TAP 02L INFO 00 95 TAP 03L INFO 00 96 TAP 04L INFO 00 97 TAP 05L INFO 00 98 TAP 06L INFO 00 99 TAP 07L INFO 00 100 TAP 08L INFO 00 101 TAP 09L INFO 00 102...

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Page 134: ... Pressing NO at any time will bounce you out of the display of status 10 2 View Status Via PC To view settings via a PC first press the Enter key to display the Main Menu When the user presses 5 followed by the Enter key the user will see the following display STATUS TIME 15 31 DATE 09 09 08 UNIT ID TEMPERATURE TOP OIL TOP OIL TOP OIL 22 22 21 øC LOAD 00 A LOAD 00 A LOAD 00 A LOAD 00 0 A LOAD 00 0...

Page 135: ... PICKED UP LSP82 PICKED UP LSP91 PICKED UP LSP92 PICKED UP LTC1 DRP D OUT LTC2 DRP D OUT R R1 DRP D OUT R R2 DRP D OUT IN1 DRP D OUT IN2 DRP D OUT IN3 DRP D OUT IN4 DRP D OUT IN5 DRP D OUT IN6 DRP D OUT IN7 DRP D OUT IN8 DRP D OUT IN9 DRP D OUT IN10 DRP D OUT IN11 DRP D OUT IN12 DRP D OUT IN13 DRP D OUT IN14 DRP D OUT TIME1 DRP D OUT TIME2 DRP D OUT TIME3 DRP D OUT OUT1 DRP D OUT OUT2 DRP D OUT OU...

Page 136: ...y to both versions In these instructions HyperTerminal will stand for both versions XP and Private Edition The procedure to upload a setting file is as follows 1 Press Enter to display the TTC 1000 Main Menu 2 Press 6 and then press Enter 3 Click on Transfer on the HyperTerminal toolbar a drop down menu will appear a Click on Receive File and a dialog box will open b Select Xmodem from the Use Rec...

Page 137: ...l open b Click on the Browse button and another dialog box will open where the directory can be selected to place the file c Select Xmodem from the Transfer Protocol option i Click on the Settings button ii A dialog box will open where you can select the Error Checking mode iii Select Checksum This setting can be left in Auto but the program will try twice with CRC until it tries Checksum d Click ...

Page 138: ... will suspend all measurements and calculations once downloading is selected The outputs will also be blocked during this time The TTC 1000 transfers the new settings to a buffer register and will transfer the settings to E2 memory only after the checksum test is passed 11 2 1 Download Settings Using HyperTerminal The procedure to download a setting file is as follows 1 Press Enter to display the ...

Page 139: ...n 5 A dialog box will open to select the location and name of the file to be transferred a Click on Browse to select the directory and then the file to be sent b Make sure Xmodem is selected in the Protocol window c Click on the Settings button to make sure the error checking is set to Checksum d Click on the Send button 6 A dialog box will appear to track the transfer progress 7 The dialog box wi...

Page 140: ...ure Xmodem is selected in the Protocol window b Click on Browse to select the directory and then the file to be sent c The Send button will now be selectable click on it 6 A dialog box will appear to track the transfer progress The dialog box will disappear and a note will appear in the terminal window that the transfer was successful NOTE The TTC 1000 has the ability to detect if a wrong setting ...

Page 141: ...selected in the Protocol window c Click on the Settings button to make sure the error checking is set to Checksum d Click on the Send button 6 A dialog box will appear to track the transfer progress 7 The dialog box will disappear and a note will appear in the terminal window that the transfer was successful NOTE The TTC 1000 will suspend all measurements and calculations once downloading is selec...

Page 142: ... are 65 024 bytes available for storage of data records A byte is defined as an 8 bit quantity Each record is time stamped at an interval defined as the Time Base A data record is defined as a set of data points Data points can include 1 Temperature Probe Reading 1 byte 2 Calculated Winding Temp 1 byte 3 Load Reading 2 bytes 4 Storage information per record 2 bytes Table 12 1 Maximum Records Point...

Page 143: ...en as LTCDIFF the data recorded is the differential between the LTC tank temperature and the Top Oil probe All other temperature points are recorded as the absolute value of the measured temperature The load current reported is the average or demand logged for the period between samples If a Time Base of 15 minutes is selected the load current is the average value over 15 minutes For Time Base set...

Page 144: ...12 4 1 Add or Delete P1 From Log To change this setting enter PROGRAM mode from the front panel as discussed in Section 4 1 To set the P1 RECORD from the front panel enter the Configuration menu and press the or arrow button until the setting 072 is displayed Press the YES button The first character will flash Use the or arrow buttons to scroll between YES and NO For programming from a PC enter PR...

Page 145: ...074 is displayed Press the YES button The first character will flash Use the or arrow buttons to scroll between YES and NO For programming from a PC enter PROGRAM through the main menu as discussed in Section 0 Once in PROGRAM type the setting for P2 RECORD on the Enter line as follows Enter 74 1 This will add P3 to the log Type 0 to remove from the log 12 4 4 Add or Delete Calculated Winding 1 Fr...

Page 146: ...PROGRAM through the main menu as discussed in Section 0 Once in PROGRAM type the setting for LOAD1 RECORD on the Enter line as follows Enter 76 1 This will add Load to the log Type 0 to remove from the log Use the procedure above to set whether or not to include Loads 2 9 in the log 12 4 6 Add or Delete Tap Position From Log To change this setting enter PROGRAM mode from the front panel as discuss...

Page 147: ...OGRAM SETPOINT AND LOGIC SETTINGS 2 XXXX 3 VIEW CONFIGURATION SETTINGS 4 PROGRAM CONFIGURATION SETTINGS 4 XXXX 5 STATUS 6 SEND SETTINGS TO COMPUTER 7 SEND SETTINGS TO UNIT 7 XXXX 8 SEND CSV SETTINGS TO UNIT 8 XXXX 9 DOWNLOAD DATA LOG 10 DOWNLOAD SOFTWARE PATCH 10 XXXX 11 DIGITAL INPUTS AND TAP POSITION MONITORING 12 LOG OFF Enter Code Enter menu option 9 and press Enter the data log will be sent t...

Page 148: ... Save and the Capture Text dialog box will re appear 6 Click on Start 7 Press Enter the data will now scroll through the screen and be recorded with the file name supplied 11 7 Using HyperAccess to Import Data Log To capture the text using HyperAccess do the following 1 Press 9 but DO NOT press Enter yet 2 From the toolbar select File 3 Select Capture to File from the drop down menu and then selec...

Page 149: ...and closed 12 7 Import to Excel The text file captured can be imported into excel for plotting and sorting It is a good idea to open the text file in Notepad to delete any extra characters before trying to import the file into excel 1 Open Excel Click on File and click on Open ...

Page 150: ...V6 230 20131017 139 2 Go to the Path where the text file is stored and select Files of Type Text Files Double Click the file name and Click Open 3 Click the Delimited button and click Next ...

Page 151: ...V6 230 20131017 140 4 Check the Comma box in Delimiters Make sure all other boxes are unchecked 5 Click the General button in the Column data format and click Finish ...

Page 152: ...V6 230 20131017 141 6 After closing the import wizard the text data will display The data is now ready for graphing ...

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Page 154: ...LC C 2004 2009 Transformer Temperature Controller V6 234 Select 1 VIEW SETPOINT AND LOGIC SETTINGS 2 PROGRAM SETPOINT AND LOGIC SETTINGS 2 XXXX 3 VIEW CONFIGURATION SETTINGS 4 PROGRAM CONFIGURATION SETTINGS 4 XXXX 5 STATUS 6 SEND SETTINGS TO COMPUTER 7 SEND SETTINGS TO UNIT 7 XXXX 8 SEND CSV SETTINGS TO UNIT 8 XXXX 9 DOWNLOAD DATA LOG 10 DOWNLOAD SOFTWARE PATCH 10 XXXX 11 DIGITAL INPUTS AND TAP PO...

Page 155: ...Y START Send File WITH XMODEM DOWNLOAD Not SUCCESSFUL PRESS Enter KEY 13 1 Download Firmware Using HyperTerminal To download firmware using HyperTerminal 1 Click Transfer on the toolbar and click Send File 2 A dialog box will open a Click on the Browse button and navigate to the file to be sent b Make sure that Xmodem is selected for the Protocol c Click on Send the dialog box will close 3 A new d...

Page 156: ... Click on Send the dialog box will close 3 A new dialog box will open to show the file download progress 4 Once the file is downloaded the dialog box will close 5 If the transfer is successful a message will appear in the terminal window that the transfer was successful 6 Press enter to re display the main menu 7 If the Main Menu does not appear check the front panel display to see if the display ...

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Page 158: ...0 C 0 004 SP12DRPOUT Probe 1 dropout temperature 35 to 160 C 0 005 SP13PICKUP Probe 1 pickup temperature 35 to 160 C 0 006 SP13DRPOUT Probe 1 dropout temperature 35 to 160 C 0 007 SP14PICKUP Probe 1 pickup temperature 35 to 160 C 0 008 SP14DRPOUT Probe 1 dropout temperature 35 to 160 C 0 009 SP21PICKUP Probe 2 pickup temperature 35 to 160 C 0 010 SP21DRPOUT Probe 2 dropout temperature 35 to 160 C ...

Page 159: ...rature 35 to 180 C 0 026 WSP11DRPOUT Calculated winding set point dropout temperature 35 to 180 C 0 027 WSP12PICKUP Calculated winding set point pickup temperature 35 to 180 C 0 028 WSP12DRPOUT Calculated winding set point dropout temperature 35 to 180 C 0 029 WSP13PICKUP Calculated winding set point pickup temperature 35 to 180 C 0 030 WSP13DRPOUT Calculated winding set point dropout temperature ...

Page 160: ...ulated winding set point pickup temperature 35 to 180 C 0 044 WSP32DRPOUT Calculated winding set point dropout temperature 35 to 180 C 0 045 WSP33PICKUP Calculated winding set point pickup temperature 35 to 180 C 0 046 WSP33DRPOUT Calculated winding set point dropout temperature 35 to 180 C 0 047 WSP34PICKUP Calculated winding set point pickup temperature 35 to 180 C 0 048 WSP34DRPOUT Calculated w...

Page 161: ...nded 0 058 LTCDIFF2 RATE Time period in which LTCDIFF2 is examined 1 to 255 minutes 0 059 LOADPUSP11 functional only in units equipped with aux CT Load pickup set point 0 0 to 9 9 Amps 0 0 060 LOADDOSP11 functional only in units equipped with aux CT Load dropout set point 0 0 to 9 9 Amps 0 0 061 LOADPUSP12 functional only in units equipped with aux CT Load pickup set point 0 0 to 9 9 Amps 0 0 062 ...

Page 162: ... Load dropout set point 0 0 to 50 0 Amps 0 0 071 LOADPUSP41 functional only in units equipped with aux CT Load pickup set point 0 0 to 50 0 Amps 0 0 072 LOADDOSP41 functional only in units equipped with aux CT Load dropout set point 0 0 to 50 0 Amps 0 0 073 LOADPUSP42 functional only in units equipped with aux CT Load pickup set point 0 0 to 50 0 Amps 0 0 074 LOADDOSP42 functional only in units eq...

Page 163: ... Load dropout set point 0 0 to 50 0 Amps 0 0 083 LOADPUSP71 functional only in units equipped with aux CT Load pickup set point 0 0 to 50 0 Amps 0 0 084 LOADDOSP71 functional only in units equipped with aux CT Load dropout set point 0 0 to 50 0 Amps 0 0 085 LOADPUSP72 functional only in units equipped with aux CT Load pickup set point 0 0 to 50 0 Amps 0 0 086 LOADDOSP72 functional only in units eq...

Page 164: ...s equipped with aux CT Load dropout set point 0 0 to 50 0 Amps 0 0 095 LSP11PUTMR functional only in units equipped with aux CT Load pickup timer 0 to 255 seconds 0 096 LSP12PUTMR functional only in units equipped with aux CT Load pickup timer 0 to 255 seconds 0 097 LSP21PUTMR functional only in units equipped with aux CT Load pickup timer 0 to 255 seconds 0 098 LSP22PUTMR functional only in units...

Page 165: ...0 106 LSP62PUTMR functional only in units equipped with aux CT Load pickup timer 0 to 255 seconds 0 107 LSP71PUTMR functional only in units equipped with aux CT Load pickup timer 0 to 255 seconds 0 108 LSP72PUTMR functional only in units equipped with aux CT Load pickup timer 0 to 255 seconds 0 109 LSP81PUTMR functional only in units equipped with aux CT Load pickup timer 0 to 255 seconds 0 110 LS...

Page 166: ... defined AND or OR logic operator SP13 OUT n SP13 OUT n SP13 OUT n SP13 OUT n where n 1 2 3 4 5 6 7 8 SP13 OUT0 116 SP14 TO OUTn Assigns probe 1 set point to a specific output using a defined AND or OR logic operator SP14 OUT n SP14 OUT n SP14 OUT n SP14 OUT n where n 1 2 3 4 5 6 7 8 SP14 OUT0 117 SP21 TO OUTn Not functional in single probe units Assigns probe 2 set point to a specific output usin...

Page 167: ...et point to a specific output using a defined AND or OR logic operator SP31 OUT n SP31 OUT n SP31 OUT n SP31 OUT n where n 1 2 3 4 5 6 7 8 SP31 OUT0 122 SP32 TO OUTn Not functional in single probe units Assigns probe 3 set point to a specific output using a defined AND or OR logic operator SP32 OUT n SP32 OUT n SP32 OUT n SP32 OUT n where n 1 2 3 4 5 6 7 8 SP32 OUT0 123 SP33 TO OUTn Not functional...

Page 168: ...ic output using a defined AND or OR logic operator R R1 OUT n R R1 OUT n R R1 OUT n R R1 OUT n where n 1 2 3 4 5 6 7 8 R R1 OUT0 128 R R2 TO OUTn Assigns an output to a specific output using a defined AND or OR logic operator R R2 OUT n R R2 OUT n R R2 OUT n R R2 OUT n where n 1 2 3 4 5 6 7 8 R R2 OUT0 129 WSP11 TO OUTn functional only in units equipped with aux CT Assigns calculated winding set p...

Page 169: ...nts to a specific output using a defined AND or OR logic operator WSP21 OUT n WSP21 OUT n WSP21 OUT n WSP21 OUT n where n 1 2 3 4 5 6 7 8 WSP21 OUT0 134 WSP22 TO OUTn functional only in units equipped with aux CT Assigns calculated winding set points to a specific output using a defined AND or OR logic operator WSP22 OUT n WSP22 OUT n WSP22 OUT n WSP22 OUT n where n 1 2 3 4 5 6 7 8 WSP22 OUT0 135 ...

Page 170: ...inding set points to a specific output using a defined AND or OR logic operator WSP33 OUT n WSP33 OUT n WSP33 OUT n WSP33 OUT n where n 1 2 3 4 5 6 7 8 WSP33 OUT0 140 WSP34 TO OUTn functional only in units equipped with aux CT Assigns calculated winding set points to a specific output using a defined AND or OR logic operator WSP34 OUT n WSP34 OUT n WSP34 OUT n WSP34 OUT n where n 1 2 3 4 5 6 7 8 W...

Page 171: ...nts to a specific output using a defined AND or OR logic operator LSP31 OUT n LSP31 OUT n LSP31 OUT n LSP31 OUT n where n 1 2 3 4 5 6 7 8 LSP31 OUT0 146 LSP32 TO OUTn functional only in units equipped with aux CT Assigns load set points to a specific output using a defined AND or OR logic operator LSP32 OUT n LSP32 OUT n LSP32 OUT n LSP32 OUT n where n 1 2 3 4 5 6 7 8 LSP32 OUT0 147 LSP41 TO OUTn ...

Page 172: ...nts to a specific output using a defined AND or OR logic operator LSP61 OUT n LSP61 OUT n LSP61 OUT n LSP61 OUT n where n 1 2 3 4 5 6 7 8 LSP61 OUT0 152 LSP62 TO OUTn functional only in units equipped with aux CT Assigns load set points to a specific output using a defined AND or OR logic operator LSP62 OUT n LSP62 OUT n LSP62 OUT n LSP62 OUT n where n 1 2 3 4 5 6 7 8 LSP62 OUT0 153 LSP71 TO OUTn ...

Page 173: ...al only in units equipped with aux CT Assigns load set points to a specific output using a defined AND or OR logic operator LSP91 OUT n LSP91 OUT n LSP91 OUT n LSP91 OUT n where n 1 2 3 4 5 6 7 8 LSP91 OUT0 158 LSP92 TO OUTn functional only in units equipped with aux CT Assigns load set points to a specific output using a defined AND or OR logic operator LSP92 OUT n LSP92 OUT n LSP92 OUT n LSP92 O...

Page 174: ...n output to a specific output using a defined AND or OR logic operator OUT5 OUT n OUT5 OUT n OUT5 OUT n OUT5 OUT n where n 1 2 3 4 5 6 7 8 OUT5 OUT0 164 OUT6 TO OUTn Assigns an output to a specific output using a defined AND or OR logic operator OUT6 OUT n OUT6 OUT n OUT6 OUT n OUT6 OUT n where n 1 2 3 4 5 6 7 8 OUT6 OUT0 165 OUT7 TO OUTn Assigns an output to a specific output using a defined AND ...

Page 175: ...FRONT PANEL SETTINGS WORKSHEET Setting Setting Purpose Setting Range or Values Factory Default Program to 001 OUT1PUTMR Delays activation of an output 0 to 255 seconds Note a 0 setting results in a 32msec delay 0 002 OUT1CTRL Permits manual control of OUT1 AUTO MAN OFF MAN ON AUTO 003 OUT1 Action w ALRM Action UNCHG PCKUP SUPV NOACT Allows OUT1 to default when a DEVICE or TPROBE alarm OUT1UNCHGw A...

Page 176: ...tion of an output 0 to 255 seconds Note a 0 setting results in a 32msec delay 0 008 OUT3CTRL Permits manual control of OUT3 AUTO MAN OFF MAN ON AUTO 009 OUT3 Action w ALRM Action UNCHG PCKUP SUPV NOACT Allows OUT3 to default when a DEVICE or TPROBE alarm OUT3UNCHGw ALRM does not allow OUT3 to change state when alarm OUT3PCKUPw ALRM causes OUT3 to pickup when alarm OUT3SUPVw ALRM drops out OUT3 whe...

Page 177: ...tion of an output 0 to 255 seconds Note a 0 setting results in a 32msec delay 0 014 OUT5CTRL Permits manual control of OUT5 AUTO MAN OFF MAN ON AUTO 015 OUT5 Action w ALRM Action UNCHG PCKUP SUPV NOACT Allows OUT5 default when a DEVICE or TPROBE alarm OUT5UNCHGw ALRM does not allow OUT5 to change state when alarm OUT5PCKUPw ALRM causes OUT5 to pickup when alarm OUT5SUPVw ALRM drops out OUT5 when a...

Page 178: ...tion of an output 0 to 255 seconds Note a 0 setting results in a 32msec delay 0 020 OUT7CTRL Permits manual control of OUT7 AUTO MAN OFF MAN ON AUTO 021 OUT7 Action w ALRM Action UNCHG PCKUP SUPV NOACT Allows OUT7 default when a DEVICE or TPROBE alarm OUT7UNCHGw ALRM does not allow OUT7 to change state when alarm OUT7PCKUPw ALRM causes OUT7 to pickup when alarm OUT7SUPVw ALRM drops out OUT7 when a...

Page 179: ... INVERT OUT5 Master output inversion OFF ON OFF 030 INVERT OUT6 Master output inversion OFF ON OFF 031 INVERT OUT7 Master output inversion OFF ON OFF 032 INVERT OUT8 Master output inversion OFF ON OFF 033 CT RATIO1 Sets Primary CT ratio 0 to 9999 0 034 RATED LOAD1 functional only in units equipped with aux CT Sets rated load current 0 to 65535 Amps 0 035 WINDINGRISE1 functional only in units equip...

Page 180: ... 0 043 DIRECTED FOA functional only in units equipped with CT Sets cooling type to direct FOA FOW YES NO NO 044 P1 NAME Probe 1 name TOP OIL 045 P2 NAME Probe 2 name optional TOP OIL only in dual probe 046 P3 NAME Probe 3 name optional 0 TOP OIL 1 WINDING 2 AMBIENT 3 LTC DIFF 4 BOTTOM OIL 5 TOP OIL 1 6 TOP OIL 2 7 TOP OIL 3 8 LTC DIFF1 9 LTCDIFF2 10 WINDING1 11 WINDING2 12 WINDING3 13 LV WINDING 1...

Page 181: ...elects an output pair to alternate between to exercise fans DSABL 1 2 1 3 1 4 2 3 2 4 3 4 DSABL 060 ANALGOUT Current loop current range 0to1mA or 4to20mA 0to1mA 061 A1 SOURCE Sets source for analog output A1 P1 062 A2 SOURCE Sets source for analog output A2 P1 063 A3 SOURCE Sets source for analog output A3 P1 064 A4 SOURCE Sets source for analog output A4 0 P1 probe 1 1 P2 probe 2 2 P3 Probe 3 3 W...

Page 182: ...al only in units equipped with aux CT Sets LOAD for data log YES NO NO 077 WNDG2RECORD functional only in units equipped with aux CT Sets Calculated Winding Temperature for data log YES NO NO 078 LOAD2RECORD functional only in units equipped with aux CT Sets LOAD for data log YES NO NO 079 WNDG3RECORD functional only in units equipped with aux CT Sets Calculated Winding Temperature for data log YE...

Page 183: ...D Sets TAP POSITION for data log YES NO NO 088 TIME Sets military time HH MM 00 00 089 DATE Sets date MM DD YY 00 00 00 090 WNDCKTALARM Winding circuitry alarm enable ENABL for enabled or DSABL for disabled ENABL 091 DEVICEALRM Processor alarm enable ENABL for enabled or DSABL for disabled ENABL 092 TPROBEALRM Temperature measurement alarm enable ENABL for enabled or DSABL for disabled ENABL 093 M...

Page 184: ...ts equipped with optically isolated inputs Allows the input to handle pulses LEVEL or PULSE LEVEL 04 IN4 CTRL LEVEL or PULSE functional only in units equipped with optically isolated inputs Allows the input to handle pulses LEVEL or PULSE LEVEL 05 IN5 CTRL LEVEL or PULSE functional only in units equipped with optically isolated inputs Allows the input to handle pulses LEVEL or PULSE LEVEL 06 IN6 C...

Page 185: ... functional only in units equipped with optically isolated inputs Allows the input to handle pulses LEVEL or PULSE LEVEL 12 IN12 CTRL LEVEL or PULSE functional only in units equipped with optically isolated inputs Allows the input to handle pulses LEVEL or PULSE LEVEL 13 IN13 CTRL LEVEL or PULSE functional only in units equipped with optically isolated inputs Allows the input to handle pulses LEVE...

Page 186: ...equipped with optically isolated inputs Changes if input picks up when energized NONIVERT or when de energized INVERT NONINVERT or INVERT NONINV ERT 20 IN6 NONINVERT or INVERT functional only in units equipped with optically isolated inputs Changes if input picks up when energized NONIVERT or when de energized INVERT NONINVERT or INVERT NONINV ERT 21 IN7 NONINVERT or INVERT functional only in unit...

Page 187: ...T 27 IN13 NONINVERT or INVERT functional only in units equipped with optically isolated inputs Changes if input picks up when energized NONIVERT or when de energized INVERT NONINVERT or INVERT NONINV ERT 28 IN14 NONINVERT or INVERT functional only in units equipped with optically isolated inputs Changes if input picks up when energized NONIVERT or when de energized INVERT NONINVERT or INVERT NONIN...

Page 188: ...solated input to a specific output using a defined AND or OR logic operator IN5 OUT n IN5 OUT n IN5 OUT n IN5 OUT n where n 1 2 3 4 5 6 7 8 IN5 OUT0 34 IN6 TO OUTn functional only in units equipped with optically isolated inputs Assigns optically isolated input to a specific output using a defined AND or OR logic operator IN6 OUT n IN6 OUT n IN6 OUT n IN6 OUT n where n 1 2 3 4 5 6 7 8 IN6 OUT0 35 ...

Page 189: ...fined AND or OR logic operator IN11 OUT n IN11 OUT n IN11 OUT n IN11 OUT n where n 1 2 3 4 5 6 7 8 IN11 OUT0 40 IN12 TO OUTn functional only in units equipped with optically isolated inputs Assigns optically isolated input to a specific output using a defined AND or OR logic operator IN12 OUT n IN12 OUT n IN12 OUT n IN12 OUT n where n 1 2 3 4 5 6 7 8 IN12 OUT0 41 IN13 TO OUTn functional only in un...

Page 190: ... IF intending to implement this feature with Tap Position Monitoring OFFT OUT n OFFT OUT n OFFT OUT n OFFT OUT n where n 1 2 3 4 5 6 7 8 OFFT OUT0 49 OP FAIL TIMEOUT Operation failure timeout in seconds 0 0 to 9 9 0 0 50 OPFL TO OUTn Programmable logic for OP FAIL TIMEOUT SET ONLY IF intending to implement this feature with Tap Position Monitoring OPFL OUT n OPFL OUT n OPFL OUT n OPFL OUT n where ...

Page 191: ...g to force Tap Position Monitor to the LOWER LIMIT position when picked up NONE not assigned IN1 IN2 IN3 IN14 NONE 59 RESET INPUT Specifies the Input that is going to force Tap Position Monitor to the NEUTRAL position when picked up NONE not assigned IN1 IN2 IN3 IN14 NONE 60 OFFTAP INPUT CONTACT Specifies the state of the contact for OFFTAP function NO normally open NC normally closed NO 61 RAISE ...

Page 192: ...ap table entry for 23 RAISE index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 70 TAP 22R INFO Tap table entry for 22 RAISE index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 71 TAP 21R INFO Tap table entry for 21 RAISE index representing the actual tap positi...

Page 193: ...ap table entry for 15 RAISE index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 78 TAP 14R INFO Tap table entry for 14 RAISE index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 79 TAP 13R INFO Tap table entry for 13 RAISE index representing the actual tap positi...

Page 194: ...ap table entry for 07 RAISE index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 86 TAP 06R INFO Tap table entry for 06 RAISE index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 87 TAP 05R INFO Tap table entry for 05 RAISE index representing the actual tap positi...

Page 195: ...Tap table entry for 01 LOWER index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 94 TAP 02L INFO Tap table entry for 02 LOWER index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 95 TAP 03L INFO Tap table entry for 03 LOWER index representing the actual tap posit...

Page 196: ...p table entry for 09 LOWER index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 102 TAP 10L INFO Tap table entry for 10 LOWER index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 103 TAP 11L INFO Tap table entry for 11 LOWER index representing the actual tap posit...

Page 197: ...ap table entry for 17 LOWER index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 110 TAP 18L INFO Tap table entry for 18 LOWER index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 111 TAP 19L INFO Tap table entry for 19 LOWER index representing the actual tap posi...

Page 198: ...reported at this index in the table 26 to 26 or 99 through tap 0 116 TAP 24L INFO Tap table entry for 24 LOWER index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 117 TAP 25L INFO Tap table entry for 25 LOWER index representing the actual tap position that will be reported at this index in the table 26 to 26 or 99 through tap 0 1...

Page 199: ...V6 230 20131017 188 PAGE INTENTIONALLY BLANK ...

Page 200: ...P Probe 1 set point 2 pickup temperature 3 nnn where nnn 35 to 160 004 SP12 DRPOUT Probe 1 set point 2 dropout temperature 4 nnn where nnn 35 to 160 005 SP13 PICKUP Probe 1 set point 3 pickup temperature 5 nnn where nnn 35 to 160 006 SP13 DRPOUT Probe 1 set point 3 dropout temperature 6 nnn where nnn 35 to 160 007 SP14 PICKUP Probe 1 set point 4 pickup temperature 7 nnn where nnn 35 to 160 008 SP1...

Page 201: ...set point 3 dropout temperature 14 nnn where nnn 35 to 160 DO NOT SET IF SINGLE PROBE 015 SP24 PICKUP Probe 2 set point 4 pickup temperature 15 nnn where nnn 35 to 160 DO NOT SET IF SINGLE PROBE 016 SP24 DRPOUT Probe 2 set point 4 dropout temperature 16 nnn where nnn 35 to 160 DO NOT SET IF SINGLE PROBE 017 SP31 PICKUP Probe 3 set point 1 pickup temperature 17 nnn where nnn 35 to 160 DO NOT SET IF...

Page 202: ...obe 3 set point 4 dropout temperature 24 nnn where nnn 35 to 160 DO NOT SET IF SINGLE PROBE 025 WSP11 PICKUP Calculated winding pickup temperature 25 nnn where nnn 35 to 180 SET ONLY IF Aux CT avail 026 WSP11 DRPOUT Calculated winding dropout temperature 26 nnn where nnn 35 to 180 SET ONLY IF Aux CT avail 027 WSP12 PICKUP Calculated winding pickup temperature 27 nnn where nnn 35 to 180 SET ONLY IF...

Page 203: ... to 180 SET ONLY IF Aux CT avail 036 WSP22 DRPOUT Calculated winding dropout temperature 36 nnn where nnn 35 to 180 SET ONLY IF Aux CT avail 037 WSP23 PICKUP Calculated winding pickup temperature 37 nnn where nnn 35 to 180 SET ONLY IF Aux CT avail 038 WSP23 DRPOUT Calculated winding dropout temperature 38 nnn where nnn 35 to 180 SET ONLY IF Aux CT avail 039 WSP24 PICKUP Calculated winding pickup t...

Page 204: ... Aux CT avail 047 WSP34 PICKUP Calculated winding pickup temperature 47 nnn where nnn 35 to 180 SET ONLY IF Aux CT avail 048 WSP34 DRPOUT Calculated winding dropout temperature 48 nnn where nnn 35 to 180 SET ONLY IF Aux CT avail 049 LTCDIFF1 PICKUP LTC1 Differential pickup temperature 49 nn or 49 nn where nn 0 to 20 DO NOT SET IF SINGLE PROBE 050 LTCDIFF1 DRPOUT LTC1 Differential drop out temperat...

Page 205: ...TCDIFF2 rise in time period LTCDIFF2 RATE 57 nn where nn 0 to 40 058 LTCDIFF2 RATE Time period in which LTCDIFF2 is examined 58 nnn where nnn 0 to 255 minutes 059 LSP11 PICKUP Load pickup current 59 n n where n n 0 0 to 9 9 SET ONLY IF Aux CT avail 060 LSP11 DRPOUT Load dropout current 60 n n where n n 0 0 to 9 9 SET ONLY IF Aux CT avail 061 LSP12 PICKUP Load pickup current 61 n n where n n 0 0 to...

Page 206: ...n where n n 0 0 to 50 0 SET ONLY IF Aux CT avail 070 LSP32 DRPOUT Load dropout current 70 n n where n n 0 0 to 50 0 SET ONLY IF Aux CT avail 071 LSP41 PICKUP Load pickup current 71 n n where n n 0 0 to 50 0 SET ONLY IF Aux CT avail 072 LSP41 DRPOUT Load dropout current 72 n n where n n 0 0 to 50 0 SET ONLY IF Aux CT avail 073 LSP42 PICKUP Load pickup current 73 n n where n n 0 0 to 50 0 SET ONLY I...

Page 207: ...n where n n 0 0 to 50 0 SET ONLY IF Aux CT avail 082 LSP62 DRPOUT Load dropout current 82 n n where n n 0 0 to 50 0 SET ONLY IF Aux CT avail 083 LSP71 PICKUP Load pickup current 83 n n where n n 0 0 to 50 0 SET ONLY IF Aux CT avail 084 LSP71 DRPOUT Load dropout current 84 n n where n n 0 0 to 50 0 SET ONLY IF Aux CT avail 085 LSP72 PICKUP Load pickup current 85 n n where n n 0 0 to 50 0 SET ONLY I...

Page 208: ...l 094 LSP92 DRPOUT Load dropout current 94 n n where n n 0 0 to 50 0 SET ONLY IF Aux CT avail 095 LOAD PICKUP TMR11 Load pickup timer for LSP11 95 nnn where n 0 to 255 seconds SET ONLY IF Aux CT avail 096 LOAD PICKUP TMR12 Load pickup timer for LSP12 96 nnn where n 0 to 255 seconds SET ONLY IF Aux CT avail 097 LOAD PICKUP TMR21 Load pickup timer for LSP21 97 nnn where n 0 to 255 seconds SET ONLY I...

Page 209: ...seconds SET ONLY IF Aux CT avail 106 LOAD PICKUP TMR62 Load pickup timer for LSP62 106 nnn where n 0 to 255 seconds SET ONLY IF Aux CT avail 107 LOAD PICKUP TMR71 Load pickup timer for LSP71 107 nnn where n 0 to 255 seconds SET ONLY IF Aux CT avail 108 LOAD PICKUP TMR72 Load pickup timer for LSP72 108 nnn where n 0 to 255 seconds SET ONLY IF Aux CT avail 109 LOAD PICKUP TMR81 Load pickup timer for...

Page 210: ... 0 0 n SP13 to OUTn 115 1 0 n SP13 to OUTn 115 0 1 n SP13 to OUTn 115 1 1 n SP13 to OUTn where n 1 2 3 4 5 6 7 8 116 SP14 TO OUTn Programmable logic for SP14 116 0 0 0 SP14 not assigned 116 0 0 n SP14 to OUTn 116 1 0 n SP14 to OUTn 116 0 1 n SP14 to OUTn 116 1 1 n SP14 to OUTn where n 1 2 3 4 5 6 7 8 117 SP21 TO OUTn Programmable logic for SP21 DO NOT USE FOR SINGLE PROBE 117 0 0 0 SP21 not assign...

Page 211: ... 0 0 0 SP31 not assigned 121 0 0 n SP31 to OUTn 121 1 0 n SP31 to OUTn 121 0 1 n SP31 to OUTn 121 1 1 n SP31 to OUTn where n 1 2 3 4 5 6 7 8 122 SP32 TO OUTn Programmable logic for SP32 DO NOT USE FOR SINGLE PROBE 122 0 0 0 SP32 not assigned 122 0 0 n SP32 to OUTn 122 1 0 n SP32 to OUTn 122 0 1 n SP32 to OUTn 122 1 1 n SP32 to OUTn where n 1 2 3 4 5 6 7 8 123 SP33 TO OUTn Programmable logic for SP...

Page 212: ...CDIFF2 not assigned 126 0 0 n LTCDIFF2 to OUTn 126 1 0 n LTCDIFF2 to OUTn 126 0 1 n LTCDIFF2 to OUTn 126 1 1 n LTCDIFF2 to OUTn where n 1 2 3 4 5 6 7 8 127 LTC RR1 TO OUTn Programmable logic for LTC RR1 DO NOT USE FOR SINGLE PROBE 127 0 0 0 LTCRR1 not assigned 127 0 0 n LTCRR1 to OUTn 127 1 0 n LTCRR1 to OUTn 127 0 1 n LTCRR1 to OUTn 127 1 1 n LTCRR1 to OUTn Where n 1 2 3 4 5 6 7 8 128 LTC RR2 TO ...

Page 213: ... OUTn where n 1 2 3 4 5 6 7 8 131 WSP13 TO OUTn Programmable logic for WSP13 SET ONLY IF Aux CT avail 131 0 0 0 WSP13 not assigned 131 0 0 n WSP13 to OUTn 131 1 0 n WSP13 to OUTn 131 0 1 n WSP13 to OUTn 131 1 1 n WSP13 to OUTn where n 1 2 3 4 5 6 7 8 132 WSP14 TO OUTn Programmable logic for WSP14 SET ONLY IF Aux CT avail 132 0 0 0 WSP14 not assigned 132 0 0 n WSP14 to OUTn 132 1 0 n WSP14 to OUTn ...

Page 214: ... OUTn where n 1 2 3 4 5 6 7 8 136 WSP24 TO OUTn Programmable logic for WSP24 SET ONLY IF Aux CT avail 136 0 0 0 WSP24 not assigned 136 0 0 n WSP24 to OUTn 136 1 0 n WSP24 to OUTn 136 0 1 n WSP24 to OUTn 136 1 1 n WSP24 to OUTn where n 1 2 3 4 5 6 7 8 137 WSP31 TO OUTn Programmable logic for WSP31 SET ONLY IF Aux CT avail 137 0 0 0 WSP31 not assigned 137 0 0 n WSP31 to OUTn 137 1 0 n WSP31 to OUTn ...

Page 215: ... OUTn where n 1 2 3 4 5 6 7 8 141 LSP11 TO OUTn Programmable logic for LSP11 SET ONLY IF Aux CT avail 141 0 0 0 LSP11 not assigned 141 0 0 n LSP11 to OUTn 141 1 0 n LSP11 to OUTn 141 0 1 n LSP11 to OUTn 141 1 1 n LSP11 to OUTn where n 1 2 3 4 5 6 7 8 142 LSP12 TO OUTn Programmable logic for LSP12 SET ONLY IF Aux CT avail 142 0 0 0 LSP12 not assigned 142 0 0 n LSP12 to OUTn 142 1 0 n LSP12 to OUTn ...

Page 216: ...0 LSP32 not assigned 146 0 0 n LSP32 to OUTn 146 1 0 n LSP32 to OUTn 146 0 1 n LSP32 to OUTn 146 1 1 n LSP32 to OUTn where n 1 2 3 4 5 6 7 8 147 LSP41 TO OUTn Programmable logic for LSP41 SET ONLY IF Aux CT avail 147 0 0 0 LSP41 not assigned 147 0 0 n LSP41 to OUTn 147 1 0 n LSP41 to OUTn 147 0 1 n LSP41 to OUTn 147 1 1 n LSP41 to OUTn where n 1 2 3 4 5 6 7 8 148 LSP42 TO OUTn Programmable logic f...

Page 217: ...0 LSP62 not assigned 152 0 0 n LSP62 to OUTn 152 1 0 n LSP62 to OUTn 152 0 1 n LSP62 to OUTn 152 1 1 n LSP62 to OUTn where n 1 2 3 4 5 6 7 8 153 LSP71 TO OUTn Programmable logic for LSP71 SET ONLY IF Aux CT avail 153 0 0 0 LSP71 not assigned 153 0 0 n LSP71 to OUTn 153 1 0 n LSP71 to OUTn 153 0 1 n LSP71 to OUTn 153 1 1 n LSP71 to OUTn where n 1 2 3 4 5 6 7 8 154 LSP72 TO OUTn Programmable logic f...

Page 218: ...ogic for LSP92 SET ONLY IF Aux CT avail 158 0 0 0 LSP92 not assigned 158 0 0 n LSP92 to OUTn 158 1 0 n LSP92 to OUTn 158 0 1 n LSP92 to OUTn 158 1 1 n LSP92 to OUTn where n 1 2 3 4 5 6 7 8 159 OUT1 TO OUTn Programmable logic for OUT1 159 0 0 0 OUT1 not assigned 159 0 0 n OUT1 to OUTn 159 1 0 n OUT1 to OUTn 159 0 1 n OUT1 to OUTn 159 1 1 n OUT1 to OUTn where n 1 2 3 4 5 6 7 8 160 OUT2 TO OUTn Progr...

Page 219: ...gic for OUT6 164 0 0 0 OUT6 not assigned 164 0 0 0 n OUT6 to OUTn 164 1 0 n OUT6 to OUTn 164 0 1 n OUT6 to OUTn 164 1 1 n OUT6 to OUTn where n 1 2 3 4 5 6 7 8 165 OUT7 TO OUTn Programmable logic for OUT7 165 0 0 0 OUT7 not assigned 165 0 0 n OUT7 to OUTn 165 1 0 n OUT7 to OUTn 165 0 1 n OUT7 to OUTn 165 1 1 n OUT7 to OUTn where n 1 2 3 4 5 6 7 8 166 OUT8 TO OUTn Programmable logic for OUT8 166 0 0...

Page 220: ... Purpose Setting Range or Values Program to 001 OUT1 PICKUP TMR Delays activation of an output 1 nnn where n 0 to 255 seconds 002 OUT1 AUTO MANUAL Operate Output in AUTO or MANUAL control 2 0 AUTO uses programmable logic 2 1 MANUAL control through front panel 003 OUT1 xxxxx n w ALRM Controls Behavior of output when Device or Temp Alarm 3 0 OUT1 UNCHG 0 w ALRM 3 1 OUT1 PCKUP 1 w ALRM 3 2 OUT1 SUPVS...

Page 221: ...vice or Temp Alarm 9 0 OUT3 UNCHG 0 w ALRM 9 1 OUT3 PCKUP 1 w ALRM 9 2 OUT3 SUPVS 2 w ALRM 9 3 OUT3 NOACT 3 w ALRM 010 OUT4 PICKUP TMR Delays activation of an output 10 nnn where n 0 to 255 seconds 011 OUT4 AUTO MANUAL Operate Output in AUTO or MANUAL control 11 0 AUTO uses programmable logic 11 1 MANUAL control through front panel 012 OUT4 xxxxx n w ALRM Controls Behavior of output when Device or...

Page 222: ...evice or Temp Alarm 18 0 OUT6 UNCHG 0 w ALRM 18 1 OUT6 PCKUP 1 w ALRM 18 2 OUT6 SUPVS 2 w ALRM 18 3 OUT6 NOACT 3 w ALRM 019 OUT7 PICKUP TMR Delays activation of an output 19 nnn where n 0 to 255 seconds 020 OUT7 AUTO MANUAL Operate Output in AUTO or MANUAL control 20 0 AUTO uses programmable logic 20 1 MANUAL control through front panel 021 OUT7 xxxxx n w ALRM Controls Behavior of output when Devi...

Page 223: ...1 INVERT 029 OUT5 INVERT Inverts OUT5 29 0 Not INVERT 29 1 INVERT 030 OUT6 INVERT Inverts OUT6 30 0 Not INVERT 30 1 INVERT 031 OUT7 INVERT Inverts OUT7 31 0 Not INVERT 31 1 INVERT 032 OUT8 INVERT Inverts OUT8 32 0 Not INVERT 32 1 INVERT 033 CT RATIO1 Sets ratio of primary CT 33 nnnn where nnnn 0 to 6000 034 RATED LOAD1 Sets rated load in amps based on mfg s data 34 nnnnn where nnnnn 0 to 65535 035...

Page 224: ...mfg s data 42 nnn where nnn 0 to 999 043 COOLING TYPE Sets cooling type 43 0 Not directed FOA FOW 43 1 Directed FOA FOW 044 TPROBE1 NAME Names PROBE1 045 TPROBE2 NAME Names PROBE2 046 TPROBE3 NAME Names PROBE3 xxx 0 TOP OIL xxx 1 WINDING xxx 2 AMBIENT xxx 3 LTC DIFF xxx 4 BOTTOM OIL xxx 5 TOP OIL 1 xxx 6 TOP OIL 2 xxx 7 TOP OIL 3 xxx 8 LTC DIFF 1 xxx 9 LTC DIFF 2 xxx 10 WINDING 1 xxx 11 WINDING 2 ...

Page 225: ...es LOAD9 xxx 0 LOAD xxx 1 LV LOAD xxx 2 HV LOAD xxx 3 TERLOAD xxx 4 BANK1ALOAD xxx 5 BANK1BLOAD xxx 6 BANK1CLOAD xxx 7 BANK2ALOAD xxx 8 BANK2BLOAD xxx 9 BANK2CLOAD xxx 10 BANK1LOAD xxx 11 BANK2LOAD xxx 12 PUMPALOAD xxx 13 PUMPBLOAD xxx 14 PUMPCLOAD xxx 15 MOTORLOAD xxx 16 LOAD1 xxx 17 LOAD2 xxx 18 LOAD3 xxx 19 SER LOAD xxx 20 COM LOAD xxx 21 LV1 LOAD xxx 22 LV2 LOAD where xxx represents the progra...

Page 226: ...ate for RS 485 interface 67 0 1200 baud 67 1 2400 baud 67 2 9600 baud 67 3 19200 baud 068 NODE ADDR Sets the node address for DNP3 0 or MODBUS communications 68 xxxxx where xxxxx 0 to 65535 069 REMOTE BLK Enables blocking of remote control commands through DNP3 0 or MODBUS 69 0 Disables remote block 69 1 Enables remote block 070 REPEAT Enables the REPEAT mode for fiber communications 70 0 NO 70 1 ...

Page 227: ...LOAD3 IN LOG Sets LOAD for data log 80 0 NO 80 1 YES SET ONLY IF Aux CT avail 081 INCLUDE LOAD4 IN LOG Sets LOAD for data log 81 0 NO 81 1 YES SET ONLY IF Aux CT avail 082 INCLUDE LOAD5 IN LOG Sets LOAD for data log 82 0 NO 82 1 YES SET ONLY IF Aux CT avail 083 INCLUDE LOAD6 IN LOG Sets LOAD for data log 83 0 NO 83 1 YES SET ONLY IF Aux CT avail 084 INCLUDE LOAD7 IN LOG Sets LOAD for data log 84 0...

Page 228: ...led 92 1 Disabled 093 MANUAL ALRM Enables or disables Manual Mode alarm 93 0 Enabled 93 1 Disabled 094 TIME SP CNTR Sets Time Set points Counter 94 nnn where nnn 0 to 255 095 UNIT ID A six character name for unit 95 XXXXX where X any printable character 096 PASSWORD Sets password 96 xxxx where xxxx 0000 to 9999 15 3 DIGITAL INPUTS AND TAP POSITION MONITOR WORKSHEET Setting Setting Purpose Setting ...

Page 229: ... to handle pulses 06 0 LEVEL 06 1 PULSE SET ONLY IF Optically Isolated Inputs avail 07 IN7 CTRL Allows the input to handle pulses 07 0 LEVEL 07 1 PULSE SET ONLY IF Optically Isolated Inputs avail 08 IN8 CTRL Allows the input to handle pulses 08 0 LEVEL 08 1 PULSE SET ONLY IF Optically Isolated Inputs avail 09 IN9 CTRL Allows the input to handle pulses 09 0 LEVEL 09 1 PULSE SET ONLY IF Optically Is...

Page 230: ... INVERT SET ONLY IF Optically Isolated Inputs avail 16 IN2 NONINVERT or INVERT Sets if input is picked up NONINVERT or dropped out INVERT when energized 16 0 NONINVERT 16 1 INVERT SET ONLY IF Optically Isolated Inputs avail 17 IN3 NONINVERT or INVERT Sets if input is picked up NONINVERT or dropped out INVERT when energized 17 0 NONINVERT 17 1 INVERT SET ONLY IF Optically Isolated Inputs avail 18 I...

Page 231: ...f input is picked up NONINVERT or dropped out INVERT when energized 23 0 NONINVERT 23 1 INVERT SET ONLY IF Optically Isolated Inputs avail 24 IN10 NONINVERT or INVERT Sets if input is picked up NONINVERT or dropped out INVERT when energized 24 0 NONINVERT 24 1 INVERT SET ONLY IF Optically Isolated Inputs avail 25 IN11 NONINVERT or INVERT Sets if input is picked up NONINVERT or dropped out INVERT w...

Page 232: ... assigned 30 0 0 n IN2 to OUTn 30 1 0 n IN2 to OUTn 30 0 1 n IN2 to OUTn 30 1 1 n IN2 to OUTn where n 1 2 3 4 5 6 7 8 31 IN3 TO OUTn Programmable logic for IN3 SET ONLY IF Optically Isolated Input avail 31 0 0 0 IN3 not assigned 31 0 0 n IN3 to OUTn 31 1 0 n IN3 to OUTn 31 0 1 n IN3 to OUTn 31 1 1 n IN3 to OUTn where n 1 2 3 4 5 6 7 8 32 IN4 TO OUTn Programmable logic for IN4 SET ONLY IF Optically...

Page 233: ...36 0 0 0 IN8 not assigned 36 0 0 n IN8 to OUTn 36 1 0 n IN8 to OUTn 36 0 1 n IN8 to OUTn 36 1 1 n IN8 to OUTn where n 1 2 3 4 5 6 7 8 37 IN9 TO OUTn Programmable logic for IN9 SET ONLY IF Optically Isolated Input avail 37 0 0 0 IN9 not assigned 37 0 0 n IN9 to OUTn 37 1 0 n IN9 to OUTn 37 0 1 n IN9 to OUTn 37 1 1 n IN9 to OUTn where n 1 2 3 4 5 6 7 8 38 IN10 TO OUTn Programmable logic for IN10 SET...

Page 234: ...tically Isolated Input avail 42 0 0 0 IN14 not assigned 42 0 0 n IN14 to OUTn 42 1 0 n IN14 to OUTn 42 0 1 n IN14 to OUTn 42 1 1 n IN14 to OUTn where n 1 2 3 4 5 6 7 8 43 START POS Starting index in a Tap Position Monitoring table 43 nnn where nnn 26 to 26 44 RAISE LIMIT Raise limit index in a Tap Position Monitoring table 44 nnn where nnn 26 to 26 45 LOWER LIMIT Lower limit index in a Tap Positio...

Page 235: ...50 0 0 0 OPFL not assigned 50 0 0 n OPFL to OUTn 50 1 0 n OPFL to OUTn 50 0 1 n OPFL to OUTn 50 1 1 n OPFL to OUTn where n 1 2 3 4 5 6 7 8 51 FREQ ALRM CNT Maximum number of tap changes per time period 51 nnn where nnn 0 to 255 52 FREQ ALRM PER Period of time in minutes to track tap changes 52 nnn where nnn 0 to 255 53 FREQ TO OUTn Programmable logic for over the FREQ limit SET ONLY IF intending t...

Page 236: ... not defined 1 IN1 2 IN2 14 IN14 57 UPPER LIMIT INPUT Specifies the Input that is going to force Tap Position Monitor to the UPPER LIMIT position when picked up 57 nn where nn 0 to 14 0 NONE not defined 1 IN1 2 IN2 14 IN14 58 LOWER LIMIT INPUT Specifies the Input that is going to force Tap Position Monitor to the LOWER LIMIT position when picked up 58 nn where nn 0 to 14 0 NONE not defined 1 IN1 2...

Page 237: ...WER LIMIT INPUT CONTACT Specifies the state of the contact for LOWER LIMIT function 64 0 NO normally open 64 1 NC normally closed 65 REST INPUT CONTACT Specifies the state of the contact for RESET function 65 0 NO normally open 65 1 NC normally closed 66 TAP 26R INFO Tap table entry for 26 RAISE index representing the actual tap position that will be reported at this index in the table 66 nn where...

Page 238: ...n where nn 26 to 26 or where nn 99 through tap 72 TAP 20R INFO Tap table entry for 20 RAISE index representing the actual tap position that will be reported at this index in the table 72 nn where nn 26 to 26 or where nn 99 through tap 73 TAP 19R INFO Tap table entry for 19 RAISE index representing the actual tap position that will be reported at this index in the table 73 nn where nn 26 to 26 or w...

Page 239: ...n where nn 26 to 26 or where nn 99 through tap 79 TAP 13R INFO Tap table entry for 13 RAISE index representing the actual tap position that will be reported at this index in the table 79 nn where nn 26 to 26 or where nn 99 through tap 80 TAP 12R INFO Tap table entry for 12 RAISE index representing the actual tap position that will be reported at this index in the table 80 nn where nn 26 to 26 or w...

Page 240: ...n where nn 26 to 26 or where nn 99 through tap 86 TAP 06R INFO Tap table entry for 06 RAISE index representing the actual tap position that will be reported at this index in the table 86 nn where nn 26 to 26 or where nn 99 through tap 87 TAP 05R INFO Tap table entry for 05 RAISE index representing the actual tap position that will be reported at this index in the table 87 nn where nn 26 to 26 or w...

Page 241: ...nn where nn 26 to 26 or where nn 99 through tap 93 TAP 01L INFO Tap table entry for 01 LOWER index representing the actual tap position that will be reported at this index in the table 93 nn where nn 26 to 26 or where nn 99 through tap 94 TAP 02L INFO Tap table entry for 02 LOWER index representing the actual tap position that will be reported at this index in the table 94 nn where nn 26 to 26 or ...

Page 242: ...ere nn 26 to 26 or where nn 99 through tap 100 TAP 08L INFO Tap table entry for 08 LOWER index representing the actual tap position that will be reported at this index in the table 100 nn where nn 26 to 26 or where nn 99 through tap 101 TAP 09L INFO Tap table entry for 09 LOWER index representing the actual tap position that will be reported at this index in the table 101 nn where nn 26 to 26 or w...

Page 243: ... where nn 26 to 26 or where nn 99 through tap 107 TAP 15L INFO Tap table entry for 15 LOWER index representing the actual tap position that will be reported at this index in the table 107 nn where nn 26 to 26 or where nn 99 through tap 108 TAP 16L INFO Tap table entry for 16 LOWER index representing the actual tap position that will be reported at this index in the table 108 nn where nn 26 to 26 o...

Page 244: ... where nn 26 to 26 or where nn 99 through tap 114 TAP 22L INFO Tap table entry for 22 LOWER index representing the actual tap position that will be reported at this index in the table 114 nn where nn 26 to 26 or where nn 99 through tap 115 TAP 23L INFO Tap table entry for 23 LOWER index representing the actual tap position that will be reported at this index in the table 115 nn where nn 26 to 26 o...

Page 245: ...ng Purpose Setting Range or Values Program to 118 TAP 26L INFO Tap table entry for 26 LOWER index representing the actual tap position that will be reported at this index in the table 118 nn where nn 26 to 26 or where nn 99 through tap ...

Page 246: ...hecking and drop down items are lost Once the file is saved as a worksheet file XLS then it must be saved again as a CSV Comma Separated Value file Use the Save As function in Excel to save the file You will get two dialog boxes when you save a CSV file The first will inform that the file type does not support workbooks that contain multiple sheets answer OK to proceed Another dialog box will appe...

Page 247: ...V6 230 20131017 236 PAGE INTENTIONALLY LEFT BLANK ...

Page 248: ...Master Slave Notable objects functions and or qualifiers supported in addition to the Highest DNP Levels Supported the complete list is described in the attached table See attached table Maximum Data Link Frame Size octets Transmitted 70 Received 37 Maximum Application Fragment Size octets Transmitted 51 Received 22 Maximum Data Link Re tries None Fixed at ____ Configurable from ___ to ____ Maximu...

Page 249: ... Variable Configurable Others __________________________________________________ Sends Executes Control Operations WRITE Binary Outputs Never Always Sometimes Configurable SELECT OPERATE Never Always Sometimes Configurable DIRECT OPERATE Never Always Sometimes Configurable DIRECT OPERATE NO ACK Never Always Sometimes Configurable Count 1 Never Always Sometimes Configurable Pulse On Never Always So...

Page 250: ...nsolicited Responses Never Configurable Only certain objects Sometimes attach explanation ENABLE DISABLE UNSOLICITED Function codes supported Sends Static Data in Unsolicited Responses Never When Device Restarts When Status Flags Change No other options are permitted Default Counter Object Variation No Counters Reported Configurable Default Object 20 and 21 Default Variation Point by point list at...

Page 251: ...nt Yes No Max Number of Files Open 0 IMPLEMENTATION TABLE OBJECT REQUEST supported RESPONSE may generate Object Number Variation Number Description Function Codes dec Qualifier Codes hex Function Codes dec Qualifier Codes hex 10 0 Binary Output Status Variation 0 is used to request default variation 1 read 06 no range or all 12 1 Control Relay Output Block 3 select 4 operate 5 direct op 6 dir op n...

Page 252: ...T3 0 Dropped Out 1 Picked Up 18 01 02 State of Output 4 OUT4 0 Dropped Out 1 Picked Up 19 01 02 State of Set Point TIME1 Time Set Point 1 0 Dropped Out 1 Picked Up 20 01 02 State of Set Point TIME2 Time Set Point 2 0 Dropped Out 1 Picked Up 21 01 02 State of Set Point TIME3 Time Set Point 3 0 Dropped Out 1 Picked Up 22 01 02 State of Device Alarm 0 No Alarm 1 Alarm 23 01 02 State of Temperature Pr...

Page 253: ...Load Set Point 2 CT6 0 Dropped Out 1 Picked Up 57 01 02 State of Set Point LSP71 Load Set Point 1 CT7 0 Dropped Out 1 Picked Up 58 01 02 State of Set Point LSP72 Load Set Point 2 CT7 0 Dropped Out 1 Picked Up 59 01 02 State of Set Point LSP81 Load Set Point 1 CT8 0 Dropped Out 1 Picked Up 60 01 02 State of Set Point LSP82 Load Set Point 2 CT8 0 Dropped Out 1 Picked Up 61 01 02 State of Set Point L...

Page 254: ... 08 12 01 Reset Overall Tap Counter 2 reset counter available on mainboard versions F or higher 09 12 01 Reset TLIM OFFT OPFL and FREQ targets Requires CPM8VTAP firmware 00 30 03 Probe 1 Temperature 01 30 03 Probe 2 Temperature 02 30 03 Calculated Winding Hotspot Temperature CT1 03 30 03 Measured Load Current CT1 04 30 03 Probe 1 Name 0 Top Oil 1 Winding 2 Ambient 3 LTCDIFF 4 BOTMOIL 05 30 03 Prob...

Page 255: ... Up Discrete Input 6 State of Set Point SP23 Probe 2 Set Point 3 0 Dropped Out 1 Picked Up Discrete Input 7 State of Set Point SP24 Probe 2 Set Point 4 0 Dropped Out 1 Picked Up Discrete Input 8 State of Set Point SP31 Probe 3 Set Point 1 0 Dropped Out 1 Picked Up Discrete Input 9 State of Set Point SP32 Probe 3 Set Point 2 0 Dropped Out 1 Picked Up Discrete Input 10 State of Set Point SP33 Probe ...

Page 256: ...t 22 State of Set Point WSP33 Winding 3 Set Point 3 0 Dropped Out 1 Picked Up Discrete Input 23 State of Set Point WSP34 Winding 3 Set Point 4 0 Dropped Out 1 Picked Up Discrete Input 24 State of Set Point LSP11 Load 1 Set Point 1 0 Dropped Out 1 Picked Up Discrete Input 25 State of Set Point LSP12 Load 1 Set Point 2 0 Dropped Out 1 Picked Up Discrete Input 26 State of Set Point LSP21 Load 2 Set P...

Page 257: ...t LSP81 Load 8 Set Point 1 0 Dropped Out 1 Picked Up Discrete Input 39 State of Set Point LSP82 Load 8 Set Point 2 0 Dropped Out 1 Picked Up Discrete Input 40 State of Set Point LSP91 Load 9 Set Point 1 0 Dropped Out 1 Picked Up Discrete Input 41 State of Set Point LSP92 Load 9 Set Point 2 0 Dropped Out 1 Picked Up Discrete Input 42 State of Set Point LTC1 LTC Set Point 1 0 Dropped Out 1 Picked Up...

Page 258: ...t 2 0 Dropped Out 1 Picked Up Discrete Input 56 State of Set Point TIME3 Time Set Point 3 0 Dropped Out 1 Picked Up Discrete Input 57 State of Optically Isolated Input IN1 0 Dropped Out 1 Picked Up Discrete Input 58 State of Optically Isolated Input IN2 0 Dropped Out 1 Picked Up Discrete Input 59 State of Optically Isolated Input IN3 0 Dropped Out 1 Picked Up Discrete Input 60 State of Optically I...

Page 259: ...t IN14 0 Dropped Out 1 Picked Up Discrete Input 71 State of Device Alarm 0 No Alarm 1 Alarm Discrete Input 72 State of Temperature Probe Alarm 0 No Alarm 1 Alarm Discrete Input 73 State of Remote Block 0 Remote Block Disabled 1 Remote Block Enabled Discrete Input 74 State of Winding Circuit Alarm 0 No Alarm 1 Alarm Discrete Input 75 State of TLIM 0 Dropped Out 1 Picked Up Discrete Input 76 State o...

Page 260: ... Reset TLIM OFFT OPFL and FREQ targets Requires CPM8VTAP firmware Input Register 0 Probe 1 Temperature 2 s complement signed number deg C Input Register 1 Probe 2 Temperature Input Register 2 Probe 3 Temperature Input Register 3 Calculated Winding 1 Hotspot Temperature 2 s complement signed number deg C Input Register 4 Calculated Winding 2 Hotspot Temperature Input Register 5 Calculated Winding 3...

Page 261: ...op Oil 1 Winding 2 Ambient 3 LTCDIFF 4 BOTMOIL Input Register 18 Winding 1 Name 0 None 1 WINDING 2 LV WNDG 3 LV WNDG Input Register 19 Winding 2 Name 0 None 1 WINDING 2 LV WNDG 3 LV WNDG Input Register 20 Winding 3 Name 0 None 1 WINDING 2 LV WNDG 3 LV WNDG Input Register 21 Load 1 Name 0 LOAD 1 LV LOADG 2 HV LOAD Input Register 22 Load 2 Name 0 LOAD 1 LV LOADG 2 HV LOAD Input Register 23 Load 3 Na...

Page 262: ...29 Load 9 Name 0 LOAD 1 LV LOADG 2 HV LOAD Input Register 30 Tap Position 0 NETURAL POSITIVE RAISE NEGATIVE LOWER Input Register 31 Overall Tap Change Operations Counter 16 lower bits of 32 bit available on mainboard versions F or higher Input Register 32 Overall Tap Change Operations Counter 16 upper bits of 32 bit available on mainboard versions F or higher ...

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Summary of Contents for TTC-1000

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Advanced Power technologies TTC-1000, Instruction & Operation Manual, Page: 11 / 262

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Summary of Contents for TTC-1000

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