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Entek IRD 6666 and 6667 Protection Monitors

Testing Calibration and Relays

1.

Connect a known resistance (6666), DC voltage source (6667), or thermocouple
simulator (6667) to the channel 1 input terminals. Refer to “Signal Inputs for Testing a
6666 Monitor” on page 40 and “Signal Inputs for Testing a 6667 Monitor” on page 43
for details.

2.

Connect a multimeter to the channel 1 Alert relay terminals to test for continuity (25
and 26 on the backplane). You could also connect to the channel 1 relay N/O instead of
the N/C terminal (26 and 27 on the backplane).

3.

Set the resistance, DC voltage, or thermocouple simulator so that the temperature
displayed on the monitor for channel 1 is less than the Alert setpoint for channel 1. This
is the ALERT 1 option on the ALM 1-3 submenu (page 17). Remember that the
monitor displays the input channel 1 value when the indicator (a dash) is over the input
channel 1 bar graph.

Note:

The following steps assume you set RISING to YES (“RISING submenu” on page 25).
If you set RISING to NO, start with the displayed temperature above the Alert setpoint,
and decrease the input to trigger the alarm.

4.

If the LATCHED option is set to YES, you may have to manually reset the relays by
pressing the RES button on the front panel of the monitor.

5.

Test the state of the Channel 1 Alert relay terminals (open or closed). Remember that
under standard mapping, all Alert alarms use the first relay.

6.

Increase the resistance, DC voltage, or thermocouple simulator temperature so that the
displayed temperature exceeds the channel 1 Alert setpoint.

7.

Test the state of the channel 1 Alert relay terminals. The state should change when the
input signal exceeds the Alert setpoint. Depending on the GLOBAL option setting in
the DELAYS submenu (page 25), it may take up to 30 seconds before the relay changes
state.

8.

Test the state of the channel 1 Danger relay terminals (open or closed).

9.

Increase the resistance, DC voltage, or thermocouple simulator temperature to exceed
the channel 1 Danger setpoint so that the displayed temperature exceeds the channel 1
Danger setpoint.

10. Test the state of the channel 1 Danger relay terminals on the backplane. The state

should change when the input voltage exceeds the Danger setpoint. Depending on the
GLOBAL option setting in the DELAYS submenu (page 25), it may take up to 30
seconds before the relay changes state.

Repeat this process to test the other five Danger alarm relays (for standard mapping).

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Summary of Contents for 6666

Page 1: ... and 6667 Protection Monitors Your Guide to the 6666 and 6667 Protection Monitors Entek IRD International Corporation P N 43867 H L P L I T D I S R E S T S T S E L 6 CHANNEL TEMPERATURE MONITOR 6666 120 ºF ...

Page 2: ...d or reproduced or transmitted in any form whatever including orally or by electronic transmission nor is any information in this Manual to be disclosed in any form whatever including orally or by electronic transmission to anyone other than an authorized representative of the User s employer who also shall agree not to disclose same without express prior written consent of Entek IRD International...

Page 3: ...Wiring 6666 Monitor 9 Signal to Terminal Block Wiring 6667 Monitor 10 Terminal Block to Backplane Wiring 11 Configuration 12 Continuous Protection Feature 12 General Configuration Instructions 12 User Menu Configuration 14 To display the User menu 14 User menu options 15 User menu structure 15 To set the date and time 16 ALM 1 3 and ALM 4 6 submenus 17 INHIBIT submenu 17 Factory Menu Configuration...

Page 4: ...ng STD MAP NO 27 Logical alarm mapping STD MAP LOGIC 30 Testing Calibration and Relays 40 Signal Inputs for Testing a 6666 Monitor 40 Calibration and System OK Relay Test for 6666 Monitor 42 Signal Inputs for Testing a 6667 Monitor 43 Calibration and System OK Relay Test for 6667 Monitor 45 Alarm Relay Test for 6666 and 6667 Monitors 48 Specifications 50 6666 and 6667 Monitor Settings Worksheet 53...

Page 5: ...tion including all versions corrections enhancements and improvements thereto include confidential data and know how which are claimed as trade secrets or other proprietary information by Entek IRD and or its suppliers Without prior written consent of Entek IRD Customer shall not do or permit or assist others to do any of the following i allow the Software related documentation or any portion ther...

Page 6: ...except Entek IRD In no case shall the limited warranty extend to defects in materials components or services furnished by third parties or to the repair or installation of the product performed by third parties E The limited warranties in this Section constitute Entek IRD s entire warranty as to the Software provided hereunder ENTEK IRD HEREBY DISCLAIMS ALL OTHER WARRANTIES EXPRESS OR IMPLIED INCL...

Page 7: ...any form When the license terminates no refund shall be made by Entek IRD and Customer shall at its expense return to Entek IRD the Software and related documentation together with all copies modifications and merged portions in any form 6 MAINTENANCE AND SERVICE Entek IRD has no obligation except as otherwise expressly stated in the Quotation or herein to provide service support technical assista...

Page 8: ...are dependent upon Entek IRD s prompt receipt of all necessary information from Customer Time shall not be deemed to be of the essence in Entek IRD s performance of this agreement and no penalty clause of any description in any specification or order will be effective unless specifically approved in writing by an authorized officer of Entek IRD In any event delivery shipping and service dates are ...

Page 9: ...ed for 90 days from date of shipment B With respect to any Entek equipment which fails to satisfy the limited warranty provisions in this Section as Customer s exclusive remedy and at Entek IRD s option Entek IRD will repair or replace the product or refund its purchase price provided that any defect in the product is brought to the attention of Entek IRD within the warranty period To qualify for ...

Page 10: ...rest in the equipment until the purchase price has been fully paid Customer agrees to execute and hereby appoints Entek IRD as its attorney in fact to execute on Customer s behalf any documents requested by Entek IRD which are necessary for attachment and perfection of its security interest If Customer defaults Entek IRD shall have all the rights of a secured creditor under the Uniform Commercial ...

Page 11: ...techniques The monitors store the last 30 minutes of values 1 minute for each channel In the event of a Danger alarm or a first out Danger alarm message from another monitor the monitors store this data in a separate memory area This allows later analysis of the data leading up to the event that caused the Danger alarm You can retrieve any of this data from the monitors using the MODBUS protocol t...

Page 12: ...itor part number is in the form 6667 AAAAAA where A indicates the thermocouple type and range for the channel The part number is labeled on the terminal block thermocouple conditioning unit The 6667 operates over a fixed range with alarms adjustable within these limits The full scale range is specified at the time of order and cannot be reprogrammed without changing the thermocouple conditioning u...

Page 13: ...ix input channels every 2 seconds The numeric display uses a small line above the active channel bar graph to show you which channel is active Abbreviation Definition º F degrees Fahrenheit º C degrees Celsius mA milliampere mV millivolt V Volt VAC Volt AC VDC Volt DC H L P L I T D I S R E S T S T S E L 6 CHANNEL TEMPERATURE MONITOR 6666 120 ºF Retaining screw 4 HLP button reserved for future use ...

Page 14: ...Alert and Danger grouped for all six channels These lines signal connected monitors of an alarm condition applying common first out alarm indications across the connected monitors In the case of a Danger alarm this causes all connected monitors to store their trip trend and trip spectrum data for later analysis z Data transferred over MODBUS interface includes overall measurement 30 minute trend 1...

Page 15: ...tment Basic Operation This section describes the day to day operations for the 6666 and 6667 monitors It includes the steps to use the display backlight display alternate pages reset the relays after an alarm if the alarm relays are set to latching and display the firmware version It also describes the status messages that may appear on the display Display Backlight The backlight makes it easy to ...

Page 16: ...S button For information on changing the monitor s serial address or the clock settings see Configuration on page 12 Manually Resetting Relays You can configure the 6666 and 6667 monitors so that you must manually reset the alarm and System OK relays after an alarm This feature is controlled by the LATCHED option on the ATTRIBS submenu page 23 To reset the alarm relays for a monitor press and rele...

Page 17: ...ead the configuration information from its internal memory See the manual on 6600 monitor troubleshooting for diagnostic information z MIXED ALERT DANGR message This indicates that you selected the same relays for an alert and danger alarm when STD MAP NO See MIXED ALERT DANGR message on page 22 for more information VERSION X XX C CML 19XX EXIT SET MONITOR 6666 This message appears when the temper...

Page 18: ...6 4 5 3 1 1 NOT USED 2 NOT USED 3 NOT USED 4 NOT USED 5 NOT USED 6 NOT USED 7 NOT USED 8 NOT USED 9 NOT USED 10 REMOTE RESET 11 START UP INHIBIT MULTI 12 RESERVED 13 NOT USED 14 NOT USED 15 NOT USED 16 FIRST OUT ALERT 17 FIRST OUT DANGER 18 MON SER I O RX 19 MON SER I O RX 20 MON SER I O TX 21 MON SER I O TX 22 24V DC POWER A 23 24V DC POWER B 24 24V RETURN 25 RELAY 1 N C 26 RELAY 1 COMM 27 RELAY ...

Page 19: ...ends TYPICAL WIRING FOR RTD INPUT TO TERMINAL BLOCK FOR 6666 SIX CHANNEL PROCESS MONITOR Shield Cable shield not connected at this end Ground 19 4 20 mA CHAN 1 20 RETURN CHAN 1 21 4 20 mA CHAN 2 22 RETURN CHAN 2 23 4 20 mA CHAN 3 24 RETURN CHAN 3 25 4 20 mA CHAN 4 26 RETURN CHAN 4 27 4 20 mA CHAN 5 28 RETURN CHAN 5 29 4 20 mA CHAN 6 30 RETURN CHAN 6 31 NOT USED 32 NOT USED 33 NOT USED 34 DIGITAL G...

Page 20: ...e the following z You may ground the cable shield at either end of the cable Do not ground the shield at both ends Channel 1 TC Channel 1 TC TYPICAL WIRING FOR THERMOCOUPLE INPUT TO TERMINAL BLOCK FOR 6667 SIX CHANNEL PROCESS MONITOR Shield Cable shield not connected at this end Ground Terminal Block 14 CHANNEL 1 4 20mA 15 CHANNEL 1 4 20mA 16 CHANNEL 2 4 20mA 17 CHANNEL 2 4 20mA 18 CHANNEL 3 4 20m...

Page 21: ...for the 6667 is similar to that for the 6666 The maximum recommended length for the ribbon cable is 2 m 6 feet or less Note The ribbon cable is a separate item from the terminal block and must be ordered separately 6666 TERMINAL BLOCK TO 6666 BACKPLANE RIBBON CABLE CONNECTION 110 00 mm 4 33 in 70 00 mm 2 76 in MOUNT TO 35mm DIN RAIL 6666 BACKPLANE MOUNTED IN RACK 32 34 14 20 30 22 24 26 28 18 16 4...

Page 22: ... changes and uses the new configuration If the power fails while you are configuring a monitor the monitor returns to the previous configuration After the power is restored you can reconfigure the monitor The monitor stores configuration information in non volatile memory Even without power the monitor can keep the configuration information safe for at least 5 years General Configuration Instructi...

Page 23: ... Arrow button it continues to change the value while you hold the button The longer you hold the Arrow button the faster the value changes If the current value does not change when you press the Arrow buttons the monitor is protected by the link security feature Contact your Supervisor for assistance For more information on the link security feature contact Entek IRD Customer Support 4 Press and h...

Page 24: ...s The controls to access the User menu and configure the 6666 and 6667 monitors are all on the front panel of the monitor The User menu is identical for both the 6666 and 6667 See Front Panel Description on page 3 for a picture of the front of the monitor To display the User menu To display the User menu press and hold both the Up Arrow and Down Arrow buttons until the User menu appears This takes...

Page 25: ... input channels 1 through 3 ALM 4 6 Display the submenu for the Alert and Danger alarm setpoints for input channels 4 through 6 INHIBIT Display the submenu to inhibit the Danger alarm relays so that they do not change state in the event of a Danger alarm EXIT Exit from the User menu save all changes and return to the display page MINS SECS DAY MONTH YEAR SET EXIT HOURS SET ALM 1 3 ALM 4 6 INHIBIT ...

Page 26: ...t use AM or PM Press SEL to save the current value for the option and return to the CLOCK menu 4 Note that the highlight moves to the next option in the menu Repeat the above steps to change the other options in the CLOCK submenu Note that the monitor does not set each of the options to the current date and time before you start For that reason you must make sure all the options are set correctly ...

Page 27: ...t for input channel 3 DANGER 3 Choose the Danger alarm setpoint for input channel 3 EXIT Return to the User menu The monitor remembers the current values for menu options but does not write them to memory until you exit the User menu INHIB 2 INHIB 3 INHIB 4 INHIB 5 INHIB 6 EXIT SET INHIB 1 User menu INHIBIT INIHIB 1 Inhibit the channel 1 Danger alarm relays so that they do not change state in the ...

Page 28: ...at the first option of the Factory menu is highlighted COMM S This means it appears in green text on a black background inverse video on the monitor display Move the highlight by pressing the Up Arrow or Down Arrow button and select the highlighted option by pressing the SEL button Factory menu options The Factory menu has the following options The options are identical for both the 6666 and 6667 ...

Page 29: ...e information CHANS UNITS TX 1 3 TX 4 6 RELAYS EXIT SET COMM S BAUD PARITY RESCALE SCALE EXIT MODULE SET UNITS 2 UNITS 3 UNITS 4 UNITS 5 UNITS 6 EXIT UNITS 1 SET TX H1 1 TX LO 2 TX HI 2 TX LO 3 TX HI 3 EXIT TX LO 1 SET DELAYS STD MAP EXIT ATTRIBS SET LATCHED YES RISING EXIT SET FAILSAFE A D STARTUP 3 0 SECS EXIT SET GLOBAL 1 0 SECS RISING 2 RISING 3 RISING 4 RISING 5 RISING 6 EXIT RISING 1 SET Des...

Page 30: ...47 The address must be unique in the MODBUS network BAUD Choose the speed for serial communications 4800 9600 19200 38400 PARITY Choose the parity for serial communications NONE EVEN RESCALE Choose the format for data transmission NO 16 BIT Some MODBUS masters handle data as integer numbers not floating point format NO uses floating point format while 16 BIT uses integer unsigned format SCALE Choo...

Page 31: ...tures corresponding to voltages outside the 0 5 volt range the monitor cannot detect a transducer failure Because the 6666 and 6667 work on a limited voltage range 0 5 V is suggested that you set the TX LO and TX HI values only 1 5 outside of the actual range of the RTD or T C TX H1 1 TX LO 2 TX HI 2 TX LO 3 TX HI 3 EXIT TX LO 1 SET Factory menu TX 1 3 TX LO 1 Choose the most negative acceptable v...

Page 32: ...l alarms are mapped to relay 1 Danger alarms on channel 1 6 are mapped to relays 2 7 respectively z NO Use manual mapping The System Fail alarm is assigned to relay 1 This allows you to map one alarm to one or more relays You can also map two or more Alert alarms or two or more Danger alarms to the same relay Note If you change STD MAP to NO exit to the Factory menu before continuing with settings...

Page 33: ...y to change state LATCHED YES RISING EXIT SET FAILSAFE A D Factory menu RELAYS ATTRIBS FAILSAFE Choose failsafe or nonfailsafe operation for the alarm relays for STD MAP YES or STD MAP NO Failsafe operation is explained below this table You can choose failsafe for both alarm level relays A D only one alarm level relay D or A or no alarm relays NO Note that the System OK relay is always in a failsa...

Page 34: ...true of a relay in nonfailsafe condition z The relay is not energized when power is applied to the unit z The relay in a nonalarmed condition does not have power applied to the coil z In alarmed condition power is applied to the relay coil causing the relay to change state For nonfailsafe operation the following are true z Under normal nonalarm conditions the relay closes the circuit between the c...

Page 35: ...alarm activation for channel 2 RISING 3 Choose the alarm activation for channel 3 RISING 4 Choose the alarm activation for channel 4 RISING 5 Choose the alarm activation for channel 5 RISING 6 Choose the alarm activation for channel 6 EXIT Return to the ATTRIBS submenu The monitor remembers the current values for menu options but does not write them to memory until you exit the Factory menu STARTU...

Page 36: ...can also map multiple Alert or Danger alarms to a single relay Manual mapping uses global failsafe conditions set on the ATTRIBS submenu page 23 z Logical mapping STD MAP LOGIC You can map logical combinations of alarm conditions to individual relays An alarm condition is a logical combination of Alert and Danger alarms Logical mapping allows you to set failsafe conditions for each relay relays 2 ...

Page 37: ...NO two new options appear on the RELAY submenu z MAP 1 3 allows you to manually assign relays to alarms for channels 1 3 z MAP 4 6 allows you to manually assign relays to alarms for channels 4 6 Relay Alarms 1 Alert alarms on all channels and the System Fail alarm The System Fail alarm trips on transducer or power failure or when the monitor is unable to load the configuration data from memory 2 C...

Page 38: ...This example shows how to map the channel 1 Alert alarm to relay 2 It also shows how to remove a relay mapping 1 From the Factory menu move the highlight to RELAYS and press SEL Use the Up Arrow or Down Arrow button to move the highlight to MAP 1 3 Press SEL 2 The MAP 1 3 submenu appears The options on this submenu allow you to choose the relays for the Alert and Danger alarms for channels 1 3 Wit...

Page 39: ...rrow button to change the number under RELAY to 2 Press SEL 5 After you press SEL the number of the relay you selected appears under MAP AL1 You can repeat steps 3 through 5 to map the channel 1 Alert alarm to more relays 6 You can also remove relays from an alarm To remove a relay use the Up Arrow or Down Arrow button to move the highlight to RELAY Press SEL 7 Then use the Up Arrow or Down Arrow ...

Page 40: ...s state when both channels are in alarm This can be shown as relay 2 channel 1 Danger AND channel 3 Alert z Map channel 1 Danger alarm or channel 3 Danger alarm to relay 2 The relay changes state when either channel is in Danger alarm This is sometimes referred to as voting and can be shown as relay 2 channel 1 Danger OR channel 3 Danger z Map channel 1 Danger alarm and both channel 2 Alert alarm ...

Page 41: ... Alert alarm AND channel 2 Danger alarm OR channel 2 Alert alarm AND channel 1 Danger alarm to relay 2 Each of these combinations is discussed in the following sections Mapping simple combinations of alarms to a relay Simple combination of alarms allow you to set up voting for up to 6 Alert and Danger alarms The voting combines the alarms using AND or OR Each alarm that triggers a relay is called ...

Page 42: ...RLY2MAP to select the alarm sources for relay 2 4 To set the first source select RLYSRC1 Note that this menu might contain additional source options The first source for relay 2 is the channel 3 Alert alarm ATTRIBS DELAYS STD MAP MAP 4 6 EXIT MAPPING SET ALM MAP FAILSAFE EXIT RLY MAP SET RLY3MAP RLY4MAP RLY5MAP RLY6MAP RLY7MAP EXIT RLY2MAP SET EXIT RLYSRC1 SET ...

Page 43: ...cond source select RLYSRC2 The second source you need to set for relay 2 is a Danger alarm for input channel 5 10 Select RLY2 2 relay 2 source 2 and set it to DANGER 11 Select SRC NUM and set it to 5 for input channel 5 12 Since this is the last source select COMBINE and set it to END You have now set the second source for the equation relay 2 channel 3 Alert AND channel 5 Danger 13 Select EXIT Yo...

Page 44: ... source RLYSRC1 z channel 2 Alert AND channel 1 Danger is ALM2MAP the second alarm map and is the second relay source RLYSRC2 z Relay 2 is RLY2MAP which is the combination of the first relay source RLYSRC1 OR the second relay source RLYSRC2 Note You can set up to six alarm maps Setting Relay 2 using this equation involves the following tasks 1 Set ALM1MAP to channel 1 Alert alarm AND channel 2 Dan...

Page 45: ... the channel 1 Alert alarm 5 Select ALM1 1 alarm map 1 source 1 and set it to ALERT 6 Select SRC NUM and set it to 1 for channel 1 7 Since you are combining the sources with an AND select COMBINE and set it to AND You have now set the first half of the first equation relay 2 channel 1 Alert AND source 2 You now need to set the second source 8 Select EXIT RLY MAP FAILSAFE EXIT ALM MAP SET ALM2MAP A...

Page 46: ...w set ALM1MAP to channel 1 Alert alarm AND channel 2 Danger alarm You have now set the first equation relay 2 channel 1 Alert AND channel 2 Danger You now need to set ALM2MAP 13 Select EXIT twice to return to the ALM2MAP option To set ALM2MAP 1 Select ALM2MAP 2 To set the first source in ALM2MAP select ALMSRC1 Note that this menu might contain additional source options The first source for ALM2MAP...

Page 47: ...LMSRC2 The second source for ALM2MAP is a channel 1 Danger alarm 8 Select ALM2 2 alarm map 2 source 2 and set it to DANGER 9 Select SRC NUM and set it to 1 for channel 1 10 Since this is the last source in ALM2MAP select COMBINE and set it to END You have now set ALM2MAP to channel 2 Alert alarm AND channel 1 Danger alarm You now need to set the relay map to map ALM1MAP OR ALM2MAP to relay 2 11 Se...

Page 48: ...that you choose ALARM when your source is a combination of two alarms 5 Select SRC NUM and set it to 1 for ALM1MAP 6 Since you are combining the sources with an OR select COMBINE and set it to OR You have now mapped the first alarm map ALM1MAP OR another source to relay 2 You now need to set the second source the second alarm map 7 Select EXIT 8 To set the second source select RLYSRC2 The second s...

Page 49: ...etting the failsafe option for individual channels When you set STD MAP to LOGIC you can then set the failsafe or nonfailsafe condition for a specific relay by selecting FAILSFE See Failsafe operation on page 23 for a more detailed explanation of failsafe To select failsafe conditions move the highlight to FAILSAFE on the MAPPING submenu and press SEL Move the highlight to the relay you want to in...

Page 50: ...ge 48 Signal Inputs for Testing a 6666 Monitor When testing any of the 6600 monitors you must use the correct input For the 6666 the monitor expects a range of resistance corresponding to the temperature sensor type which is preset at the factory The following table lists the available 6666 configurations The monitor part number is in the form 6666 AAAAAA where A indicates the RTD type for the cha...

Page 51: ...ure This example assumes that the 6666 has a C configuration on channel 1 Example Configuration type C Full scale low 0 C 100 00 ohms Full scale high 250 C 194 07 ohms TX LO 5 C TX HI 255 C Note The sensitivity and full scale are set at the factory and cannot be changed You can find the sensitivity with the following equation For the C configuration Refer to the following diagram for the correct c...

Page 52: ...t channel 1 bar graph 5 Look at the multimeter attached to the 4 20 mA recorder terminals The meter should read 12 mA 4 5 of full scale 12 mA is half the range between 4 and 20 6 Increase the resistance to the resistance high value 7 Look at the 6666 front panel display and note the digital value for channel 1 The digital value for channel 1 should be the same as the full scale high value 8 Look a...

Page 53: ... number is labeled on the thermocouple conditioning unit terminal block B config C config N config Display units UNITS 1 C C F Full scale low 20 0 0 Full scale high 200 250 300 Input resistance 50 full scale ohms 133 97 147 04 177 65 Front panel digital display 90 125 150 4 20 mA recorder terminals mA 12 12 12 Input resistance full scale high ohms 175 83 194 07 247 50 Front panel digital display 2...

Page 54: ... has a C configuration on channel 1 Example Configuration type C Full scale low 0 C 0 000 mV Full scale high 150 C 6 137 mV TX LO 5 C TX HI 155 C Note The sensitivity and full scale are set at the factory and cannot be changed You can find the sensitivity with the following equation For the C type configuration Refer to the following diagram for the correct connections between the monitor and the ...

Page 55: ...ock as shown or elsewhere If this involves application via barriers ensure that the barrier rating is not accidentally exceeded 2 A thermocouple simulator may be substituted for the voltage calibrator 3 The cold junction temperature must be determined at the conditioning unit using a separate thermometer when using a voltage calibrator ...

Page 56: ... terminals 2 Connect a multimeter to the 4 20 mA recorder terminals 19 and 20 on the thermocouple conditioning unit for input channel 1 3 If you are using a DC voltage source you must correct for the cold junction temperature Using a separate thermometer measure the cold junction temperature at the thermocouple conditioning unit terminal block The following table lists the cold junction temperatur...

Page 57: ...he 4 20 mA recorder terminals The meter should read 20 mA 4 5 10 If using a DC voltage source decrease the voltage to the voltage low value minus the voltage for the cold junction temperature from the table in step 3 If using a thermocouple simulator decrease the temperature to the full scale low temperature 11 Look at the 6667 front panel display and note the digital value for channel 1 The digit...

Page 58: ...uple type K T J Display units UNITS 1 C C F Full scale low 0 0 0 Full scale high 200 100 300 Cold junction temp voltage mV 20 C 0 798 20 C 0 789 20 C 1 019 Input voltage 50 full scale mV 4 068 0 789 2 138 0 789 3 528 1 019 Input temperature 50 full scale 100 C 50 C 150 F Front panel digital display 100 50 150 4 20 mA recorder terminals mA 12 12 12 Input voltage full scale high mV 8 137 0 789 4 277...

Page 59: ...s whether to activate an alarm on a signal level rising or falling through the alarm setpoint See RISING submenu on page 25 for more information These steps assume you set RISING to YES The following relay contacts apply only if you have set STDMAP to YES If you set STDMAP to NO or LOGIC your relay configuration will be different See Manual alarm mapping STD MAP NO on page 27 or Logical alarm mapp...

Page 60: ...If the LATCHED option is set to YES you may have to manually reset the relays by pressing the RES button on the front panel of the monitor 5 Test the state of the Channel 1 Alert relay terminals open or closed Remember that under standard mapping all Alert alarms use the first relay 6 Increase the resistance DC voltage or thermocouple simulator temperature so that the displayed temperature exceeds...

Page 61: ...o 20 mA 20 mA equal to full scale of the monitor display Load resistance 600 ohms max Accuracy additional 2 typical Serial data Per module 4 wire RS 422 485 for output to host computer PLC or DCS distributed control system MODBUS RTU protocol Baud Rate 4800 9600 19200 38400 Data transferred From serial port overall amplitude relay status 30 minute trend 1 minute interval 30 minute trend prior to t...

Page 62: ...ed 6691 power supply relay module When STD MAP YES Relay 1 System OK Alert relay for all channels Relays 2 7 1 Danger relay per channel Programming Per monitor user configured for normally energized failsafe normally de energized nonfailsafe latching nonlatching time delay User configured alarm mapping to relays Reset Relays respond to the RES button on the front panel as well as remote relay rese...

Page 63: ...14 W typical 16 W maximum Physical attributes Dimensions 15 inches long 5 75 inches high 2 44 inches wide 27 9 cm long 14 6 cm high 6 19 cm wide Weight 1 45 kg monitor power supply and backplane Environmental Operating temperature Normal operating range 4 F to 131 F 20 C to 55 C Storage temperature Storage 4 F to 167 F 20 C to 75 C Relative humidity 0 to 95 non condensing Circuit board and compone...

Page 64: ...s and fill in the values for future reference Menu Option Range Setting Date Notes User menu CLOCK ALM 1 3 submenu ALERT 1 273 to 10 000 DANGER 1 273 to 10 000 ALERT 2 273 to 10 000 DANGER 2 273 to 10 000 ALERT 3 273 to 10 000 DANGER 3 273 to 10 000 ALM 4 6 submenu ALERT 4 273 to 10 000 DANGER 4 273 to 10 000 ALERT 5 273 to 10 000 DANGER 5 273 to 10 000 ALERT 6 273 to 10 000 DANGER 6 273 to 10 000...

Page 65: ...end of full scale TX HI 2 high end of full scale to 10 000 TX LO 3 999 99 to low end of full scale TX HI 3 high end of full scale to 10 000 TX 4 6 submenu TX LO 4 999 99 to 20 01 TX HI 4 200 01 to 10 000 TX LO 5 999 99 to 20 01 TX HI 5 200 01 to 10 000 TX LO 6 999 99 to 20 01 TX HI 6 200 01 to 10 000 RELAYS submenu ATTRIBS submenu FAILSFE only if STD MAP YES or NO AD no A D LATCHED YES NO RISING s...

Page 66: ...P NO MAP AL1 submenu MAP AL1 2 to 7 MAP DG 1 submenu MAP DG1 2 to 7 MAP AL 2 submenu MAP AL2 MAP DG2 submenu MAP DG2 2 to 7 MAP AL 3 submenu MAP AL3 2 to 7 MAP DG 3 submenu MAP DG3 2 to 7 MAP 4 6 submenu STD MAP NO MAP AL 4 submenu MAP AL4 2 to 7 MAP DG 4 submenu MAP DG4 2 to 7 MAP AL 5 submenu MAP AL5 2 to 7 MAP DG5 submenu MAP DG5 2 to 7 MAP AL 6 submenu MAP AL6 2 to 7 MAP DG 6 submenu MAP DG6 2...

Page 67: ...ANGER SRC NUM 1 to 6 COMBINE AND OR END ALM3MAP submenu ALMSRC1 submenu ALM3 1 ALERT DANGER SRC NUM 1 to 6 COMBINE AND OR END ALM4MAP submenu ALMSRC1 submenu ALM4 1 ALERT DANGER SRC NUM 1 to 6 COMBINE AND OR END ALM5MAP submenu ALMSRC1 submenu ALM5 1 ALERT DANGER SRC NUM 1 to 6 COMBINE AND OR END ALM6MAP submenu ALMSRC1 submenu ALM6 1 ALERT DANGER SRC NUM 1 to 6 COMBINE AND OR END RLY MAP submenu ...

Page 68: ...M 1 to 6 COMBINE AND OR END RLY4MAP submenu RLYSRC1 submenu RLY4 1 ALERT DANGER ALARM SRC NUM 1 to 6 COMBINE AND OR END RLY5MAP submenu RLYSRC1 submenu RLY5 1 ALERT DANGER ALARM SRC NUM 1 to 6 COMBINE AND OR END RLY6MAP submenu RLYSRC1 submenu RLY6 1 ALERT DANGER ALARM SRC NUM 1 to 6 COMBINE AND OR END RLY7MAP submenu RLYSRC1 submenu RLY7 1 ALERT DANGER ALARM SRC NUM 1 to 6 Menu Option Range Setti...

Page 69: ...ion Monitors 59 COMBINE AND OR END FAILSFE submenu FS RLY2 submenu FS RLY2 YES NO FS RLY3 submenu FS RLY3 YES NO FS RLY4 submenu FS RLY4 YES NO FS RLY5 submenu FS RLY5 YES NO FS RLY6 submenu FS RLY6 YES NO FS RLY7 submenu FS RLY7 YES NO Menu Option Range Setting Date Notes ...

Page 70: ...60 Entek IRD 6666 and 6667 Protection Monitors 6666 and 6667 Monitor Settings Worksheet ...

Page 71: ...u description 17 setpoints 17 ALM 4 6 menu option 15 ALM 4 6 submenu description 17 setpoints 17 alternate display pages 6 ATTRIBS menu option 22 ATTRIBS submenu description 23 FAILSAFE option 23 LATCHED option 23 RISING option 23 B backlight 5 7 backplane terminal diagram 8 basic operation 5 BAUD menu option 20 buttons descriptions 4 DIS 4 6 Down Arrow 4 12 HLP 4 LIT 4 5 RES 4 6 23 SEL 4 12 TST 4...

Page 72: ...S 18 Factory menu submenus ATTRIBS 23 COMM S 20 DELAYS 25 RELAYS 22 TX 1 3 21 TX 4 6 21 UNITS 20 FAILSAFE menu option 23 39 failsafe operation 23 failsafe option setting 23 39 firmware version 7 front panel description 3 G GLOBAL menu option 25 H heat production 52 HLP button 4 I indicators active channel 3 alarm 3 See also messages INHIB 1 6 menu option 17 INHIBIT menu option 15 message 7 INHIBIT...

Page 73: ...7 logical alarm mapping 30 manual alarm mapping 27 normally closed N C 23 normally open N O 23 resetting 6 specifications 51 standard alarm mapping 27 testing alarm relays 48 testing input signal 6666 40 testing input signal 6667 43 testing System OK relay 6666 42 testing System OK relay 6667 45 RELAYS menu option 18 RELAYS submenu ATTRIBS option 22 ATTRIBS submenu 23 DELAYS option 22 DELAYS subme...

Page 74: ...y 6 setting 15 16 transducer fault 21 transmission format MODBUS 20 transmission scale MODBUS 20 trend data 1 4 trip trend 1 4 TST button 4 TX 1 3 menu option 18 TX 1 3 submenu description 21 TX L0 options 21 TX 4 6 menu option 18 TX 4 6 submenu description 21 TX LO options 21 TX FAIL message 7 TX LO 1 3 menu options 21 U UNITS 1 6 menu options 20 UNITS menu option 18 UNITS submenu description 20 ...

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