PPI neuro 200 Page 2 User Manual Download

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User Manual

neuro 200

CONTENTS

1. FRONT PANEL LAYOUT

2. BASIC OPERATION

3. SET-UP MODE ACCESS AND OPERATION

4. PAGE-10 : ALARM PARAMETERS

5. PAGE-11 : RETRANSMISSION PARAMETERS

6. PAGE-12 : INPUT CONFIGURATION

7. PAGE-13 : SUPERVISORY PARAMETERS

8. PAGE-33 : USER LINEARISATION PARAMETERS

9. MECHANICAL INSTALLATION

10. ELECTRICAL CONNECTIONS

APPENDIX-A : DC LINEAR SIGNAL INTERFACE

Summary of Contents for neuro 200

Page 1: ...User Manual neuro 200 neuro 200 User Manual Advanced Universal Process Indicator ...

Page 2: ... AND OPERATION 6 4 PAGE 10 ALARM PARAMETERS 8 5 PAGE 11 RETRANSMISSION PARAMETERS 10 6 PAGE 12 INPUT CONFIGURATION 11 7 PAGE 13 SUPERVISORY PARAMETERS 16 8 PAGE 33 USER LINEARISATION PARAMETERS 17 9 MECHANICAL INSTALLATION 18 10 ELECTRICAL CONNECTIONS 20 APPENDIX A DC LINEAR SIGNAL INTERFACE 24 ...

Page 3: ...ormation In Set up Mode the Lower Readout displays the names identifier tags for the parameters INDICATORS The front panel comprises 5 LED indicators that showAlarm status ReferTable 1 1 below for details Table 1 1 Section 1 A1H A1L A2H A2L neuro 200 L1 L2 L3 COM ACK Upper Readout Lower Readout ENTER Alarm ACK Key UP Key DOWN Key PAGE Key Serial Comm Indicator Alarm 1 High Low Status Indicator Ala...

Page 4: ...any pending Alarm s This also turns off theAlarm relay Press to increase the parameter value Pressing once increases the value by one count keeping pressed speeds up the change Press to decrease the parameter value Pressing once decreases the value by one count keeping pressed speeds up the change KEYS There are four tactile keys provided on the front panel for configuring the indicator setting up...

Page 5: ...sor type is RTD Pt100 and the selected sensor type is any of thermocouples or vice a versa the controller displays sensor fault massage S FLt on upper readout The user is advised to take necessary corrective action and press Enter key to acknowledge the fault All displays and indicators are lit on for approximately 3 seconds to check any display segment failure Displays controller model name on th...

Page 6: ... ENTER key to acknowledge pendingAlarm s Default No No Yes Accessing Operator Page Adjusting Parameters Step through the following sequence to open the operator page and to adjust the operator parameter values 1 Press and release PAGE key The Lower Readout shows PAGE and Upper Readout shows 0 2 Press and release ENTER key The Lower Readout shows prompt for the first available operator parameter an...

Page 7: ...setting the Min Max values set the reset command to Yes and then enter the correct password ALARM 1 SETPOINT The setpoint for Alarm 1 This parameter is not available if the selectedAlarm 1 type is None ALARM 2 SETPOINT The setpoint for Alarm 2 This parameter is not available if the selectedAlarm 2 type is None Min to max Range specified for the selected Input Type Default Min or Max Range ...

Page 8: ...eter in the list rolls back to the first parameter 5 Use UP DOWN keys to adjust the parameter value The display flashes if UP key is pressed after reaching the maximum value or DOWN key is pressed after reaching the minimum value 6 Press and release the ENTER key The new value gets stored in the indicator s non volatile memory and the next parameter in the list is displayed The Figure 3 1 illustra...

Page 9: ...r enabling disabling the Lock step through the following sequence Locking 1 Press and release PAGE key while the indicator is in the MAIN Display Mode The Lower Readout shows PAGE and the Upper Readout shows 0 2 Use UP DOWN keys to set the Page Number to 123 on the Upper Readout 3 Press and release ENTER key The indicator returns to the MAIN Display Mode with the Lock enabled The Figure 3 2 below ...

Page 10: ...related parameters forAlarm 1 ALARM 1 SETPOINT Sets the Process High or Process Low limit forAlarm 1 ALARM 1 HYSTERESIS Sets differential dead band between Alarm 1 ON and OFF states ALARM 1 INHIBIT Set to Yes to suppressAlarm 1 activation upon power up process start up condition ALARM 1 LOGIC Select Normal if Alarm 1 relay is to activate an Audio Visual alarm Select Reverse forTripping cut off the...

Page 11: ...on ALARM 2 INHIBIT Select Normal if Alarm 2 relay is to activate an Audio Visual alarm Select Reverse for tripping cut off the system ALARM 2 LOGIC No The Relay switches ON OFF withAlarm switching Yes The Relay Output switches ON for Normal Logic OFF for Reverse Logic upon Alarm activation However Alarm de activation does not affect the Relay status The Relay status can only be regained by pressin...

Page 12: ...tput Signal type in accordance with the hardware module fitted Select 0 20 or 4 20 mA if Current output module is fitted Select 0 5 or 0 10 V if Voltage output module is fitted RECORDER OUTPUT TYPE Set the minimum Process Value PV that shall correspond to the minimum recorder output signal level 0mAor 4mAor 0V RECORDER LOW Set the maximum Process Value PV that shall correspond to the maximum recor...

Page 13: ...f the selected input type is DC Voltage Current and defines the transmitter output signal value corresponding to Range High process value Input Type Settings Default 0 to 20 mA 4 to 20 mA 0 to 80 mV 0 to 1 25 V 0 to 5 V 0 to 10 V 1 to 5 V Signal Low to 20 00 20 00 20 00 80 00 1 250 5 000 10 00 5 000 Signal Low to 20 00 Signal Low to 80 00 Reserved 80 00 Signal Low to 80 00 Signal Low to 1 250 Sign...

Page 14: ...ilter helps smoothing averaging the signal input and removing the undesired noise The higher the filter value the lower the indication response to the PV changes and vice a versa 0 5 to 60 0 Seconds in steps of 0 5 Seconds Default 2 0 sec 1999 to 9999 Default 0 0 This parameter is available only if the selected input type is DC Voltage Current and defines the process value corresponding to the Sig...

Page 15: ...Units C F Kelvin Engineering Units Percentage Pascals Mpascals Kpascals Bar Milli bar PSI kg sq cm mm water gauge Inches water gauge mm mercury Torr Litres per hour Litres per minute Relative Humidity O2 CO2 Carbon Potential Temperature Pressure Flow ...

Page 16: ...illi amps Milli Volts Ohms Parts per million Revolutions per pinute Milli seconds Seconds Minutes Hours PH PH Miles per hour Milli grams Grams Kilo grams cm Centimeter mm Millimeter Inch Foot Mile Meter Kilometer Electricity Time Weight Length Height Distance ...

Page 17: ... to 1 25V DC voltage 0 to 5 0V DC voltage 0 to 10 0V DC voltage 1 to 5 0V DC voltage 3 wire RTD Pt100 1999 to 9999 units 199 to 600 C 328 to 1112 F 199 9 to 600 0 C 199 9 to 999 9 F or User settable 1 C 1 F or 0 1 C 0 1 F User settable 1 0 1 0 01 0 001 units Type N Thermocouple Type B Thermocouple Type S Thermocouple 0 to 1300 C 32 to 2372 F 0 to 1825 C 32 to 3092 F 0 to 1765 C 32 to 3209 F Reserv...

Page 18: ...r Min Max values Set to Yes for enabling the feature This parameter allows protection against inadvertent resetting of Min Max values That is the reset command is executed only if the operator sets the password that matches with this parameter value PASSWORD FOR RESETTING PV HIGH LOW BAUD RATE Communication speed in Bits per Second Set the value to match with the host baud rate PARITY One of the c...

Page 19: ...to 32 Default 2 1 to 32 Default 1 1999 to 9999 Default Undefined USER LINEARIZATION SETTING CODE Protection password for access to the linearisation related parameters Set to 333 as valid password USER LINEARIZATION Enable Disable user linearisation feature TOTAL BREAK POINTS Select number of segments for the purpose of input PV curve linearisation by setting the number of total break points Set t...

Page 20: ...View A1H A1L L1 A2H L2 neuro 200 A2L COM ACK L3 V H Parameter Dimensions mm inches H V 45 0 0 5 45 0 0 5 1 77 0 0 02 1 77 0 0 02 OUTER DIMENSIONS AND PANEL CUTOUT The Figure 9 1 shows the controller outer dimensions PANELCUTOUT The Figure 9 2 shows the panel cutout requirements for a single controller Figure 9 1 Figure 9 2 ...

Page 21: ... the controller housing through the panel cutout from the front of the mounting panel 3 Hold the controller gently against the mounting panel such that it positions squarely against the panel wall see Figure 9 3 Apply pressure only on the bezel and not on the front label 4 Insert the mounting clamps on either side of the controller in the slots provided for the purpose Rotate the screws clock wise...

Page 22: ...protect the indicator from any possible damage due to high voltage surges of extended duration or short circuits on loads 5 Take care not to over tighten the terminal screws while making connections 6 Make sure that the Indicator supply is switched off while making removing any connections or removing the Indicator from its enclosure CONNECTION DIAGRAM The Electrical Connection Diagram is shown on...

Page 23: ...ocouple Positive to terminal 17 and Negative to terminal 16 as shown in Figure 10 2 b Use correct type of extension lead wires or compensating cable Avoid joints in the cable mA mV V Use a shielded twisted pair with the shield grounded at the signal source for connecting mV V source Connect common to terminal 2 and the signal to terminal 1 as shown in Figure 10 2 c 15 16 17 15 16 17 Figure 10 3 14...

Page 24: ...ntacts NO Normally Open and C Common rated 10A 240 VAC resistive load SSR Output Connect and terminals of SSR to and terminals of controller respectively Use Zero Crossover 3 to 30 VDC operated SSR EXC 5 12 24VDC Excitation Voltage forTransmitters Terminal 5 The Controller 30 is supplied with either 5 or 12 or 24VDC mApower source This is primarily meant for exciting 2 wire or 4 wire Current Volta...

Page 25: ...r 2 wire of the size not smaller than 0 5mm for power supply connections Connect Line Phase supply line to terminal 1 and the Neutral Return supply line to terminal 2 as shown in Figure 10 5 below The controller is not provided with fuse and power switch If necessary mount them separately Use a time lag fuse rated 1A 240 VAC Line Neutral 2 Pole Isolating Switch Fuse Power Supply Terminal L 1 N 2 ...

Page 26: ...range fits e g 4 20 mA 2 Signal Low Signal value corresponding to Range Low process value e g 4 mA 3 Signal High Signal value corresponding to Range High process value e g 20 mA 4 PV Resolution Resolution least count with which to compute process value e g 0 01 5 Range Low Process value corresponding to Signal Low value e g 0 00 psi 6 Range High Process value corresponding to Signal High value e g...

Page 27: ... Resolution 0 1 Range Low 50 0 Range High 250 0 X mA Y psi 4 00 20 00 Signal Low Signal High 0 00 Range Low 5 00 Range High Presume the pressure is to be measured with 0 01 Resolution that is 0 00 to 5 00 psi InputType 4 20 mA Signal Low 4 00 mA Signal High 20 00 mA PV Resolution 0 01 Range Low 0 00 Range High 5 00 X V Y RH 0 5 Signal Low Signal High 0 95 0 1 000 4 500 5 0 Range Low Range High Pre...

Page 28: ... d i a n e t Process Precision Instruments 101 Diamond Industrial Estate Navghar Vasai Road E Dist Palghar 401 210 Maharashtra India Sales 8208199048 8208141446 Support 07498799226 08767395333 support ppiindia net sales ppiindia net Dec 2021 ...

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