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Rms–sd1 - Dametric

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RMS RMS-SD1 dametric RMS–SD1 VAL0123043 / SKC9103166 REFINER MONITOR SYSTEM – SD MANUAL RMS-SD1 EN.docx July 31, 2014 / BL 1(20) RMS RMS-SD1 Content 1.  2.  3.  4.  5.  TECHNICAL SPECIFICATION ................................................................................................... 3  UNITS ............................................................................................................................................ 3  DESCRIPTION OF THE UNITS .................................................................................................. 4  PRINCIPAL OF ADJUSTMENT .................................................................................................. 6  CONNECTION DIAGRAM .......................................................................................................... 7  K1  RMS SYSTEM POWER....................................................................................................... 7  K2  CONTROL MOTOR POWER ............................................................................................. 7  K3  CONTROL MOTOR DRIVER Drive currents to the control motor .................................... 7  K4  CONTROL MOTOR INTERFACE, Digital inputs and outputs .......................................... 8  K5A  OPTIONAL TEMP MONITOR 1, Transducer signals ........................................................ 8  K5B  OPTIONAL TEMP MONITOR 1, Analog outputs, Digital outputs .................................... 8  K6  MOTOR POWER MONITOR, Analog inputs and outputs,Dig. outputs ............................. 9  K7A  OPTIONAL TEMP MONITOR 2, Transducer signals ........................................................ 9  K7B   OPTIONAL TEMP MONITOR 2, Analog outputs, Digital outputs .................................... 9  K8  HYDRAULIC OIL PRESSURE, Transducer signals ......................................................... 10  K9  HYDRAULIC OIL PRESSURE, Analog outputs, Digital outputs .................................... 10  K10  VIBRATION, Transducer signals, Analog outputs, Digital outputs .................................. 10  K11  ROTOR POSITION, Transducer signals, Analog outputs, Digital outputs ....................... 11  K12  DISC TEMP MONITOR, Analog outputs, Digital outputs ................................................ 11  K13  TOUCH POINT MONITOR, Transducer, Analog out, Dig. outputs and inputs ............... 11  K14  DISC CLEARANCE AMPLIFIER, Transducer signals .................................................... 12  K15  DISC CLEARANCE AMPLIFIER, Analog outputs, Digital outputs ................................ 12  K18  DISC CLEARANCE AMPLIFIER, Digital inputs ............................................................. 12  K16  DISPLAY AND CONTROL UNIT, Analog and digital inputs and outputs...................... 13  K17  DISPLAY AND CONTROL UNIT, Digital inputs and outputs ........................................ 13  K19  DISPLAY AND CONTROL UNIT, Digital inputs and outputs ........................................ 13  K20  SAFESET MONITOR, Transducer signals, Digital in and outputs ................................... 14  K21  Not used ............................................................................................................................. 14  K22  SPARE, Transducer signals ................................................................................................ 15  K23  SPARE, Analog and Digital outputs ................................................................................... 15  K24  NOT USED. ....................................................................................................................... 15  K31  OPTIONAL TEMP MONITOR 3, Transducer signals ...................................................... 16  K32  OPTIONAL TEMP MONITOR 3, Analog outputs, Digital outputs .................................. 16  K41  OPTIONAL TEMP MONITOR 4, Transducer signals ...................................................... 16  K42  OPTIONAL TEMP MONITOR 4, Analog outputs, Digital outputs .................................. 16  K51  OPTIONAL TEMP MONITOR 5, Transducer signals ...................................................... 17  K52  OPTIONAL TEMP MONITOR 5, Analog outputs, Digital outputs. ................................. 17  K61  OPTIONAL TEMP MONITOR 6, Transducer signals ...................................................... 17  K62  OPTIONAL TEMP MONITOR 6, Analog outputs, Digital outputs .................................. 17  6.  OUTLINE DRAWING ................................................................................................................ 18  7.  CONTACT ................................................................................................................................... 20  RMS-SD1 EN.docx July 31, 2014 / BL 2(20) RMS RMS-SD1 1. TECHNICAL SPECIFICATION System voltage: +24 Vdc, +/-10%, max 2.5 A Operating temperature: 0 - 55 ºC Storage temperature: -40 to +70 ºC Air humidity: F according to DIN 40 040 (15% to 95% not condensing) Protection: IP00 (no protection against dust or water) Mounting: Mounting with 4 pcs of M6 screws to vertical mounting plate in a protecting cabinet Digital outputs: Voltage, 24Vdc Type: Active high (PNP) output from +24 V system voltage Isolation: 500V, galvanic isolated from the respective unit Load: Max 50mA Digital inputs: Voltage, 24Vdc Type: Active high with resistor to 0V system voltage Isolation: 500 V, galvanic isolated from the respective unit Impedance: 5 k Trip voltage: 12  5 V Analog outputs: Current, 4-20 mA Isolation: 500V, galvanic isolated Load: Max 800  Analog inputs: Current, 4-20 mA Isolation:  200 V relative respective units Impedance: Max 200  Connecting cables: Detachable screw connectors, max 2.5mm2 cable area Cable shields is connected direct to the ground bar Grounding: The rack is grounded through the ground cable CE-approval: According to EN 50081-2:1993, EN 50082-2:1995, 89/336/EEC Test report: Enator TR976011 2. UNITS Funktion Rack Display and Control Unit Disc Clearance Amplifier Disc Temp Monitor or Control Motor Driver Control Motor Interface Vibration Monitor Motor Power Monitor or Touch Point Vib. Detector Position Monitor Hydraulic Pressure Mon. Optional Temp Monitor Safeset Monitor RMS-SD1 EN.docx Dametric-no. RMS-SD1 DCU-RM1 DCA-RM1 DTM-RM1 (TDC) ACM-RM1 (AGS) CMD-RM2 CMI-RM1 VIM-RM1 MPM-RM1 MPM-RM2 TVD-RM1 POM-RM1 HPM-RM1 OTM-RM1 SSM-RM1 VAL-no. 0123043 0100517 0122833 0122841 0196330 0173903 0122828 0123136 0122987 0122979 0100516 0123032 0122850 0122982 0123053 July 31, 2014 / BL SKC-no. 9103166 9103180 9103173 9103197 9101601 9068191 9068201 9068218 9374469 9068225 9068249 9068256 9068263 9208968 3(20) RMS 3. RMS-SD1 DESCRIPTION OF THE UNITS RMS-SD1 Power supply : Internal connectors: External connectors: Rack RMS-SD 24 Vdc, max 4A (depending on included units), from an external power unit 32-pole and 64-pole pcb-connectors type DIN-C, for the internal units 4, 6, 8 and 12-pole screw connectors for external signals DCU-RM1 Function: Input: Output: Display and Control Unit Display for internal units, Disc clearance Controller See separate manual See separate manual DCA-RM1 Function: Digital inputs: Input: Digital outputs: Analog output: Cable: Disc Clearance Amplifier Measures the True Disc Clearance. 2 units in the rack, conical and flat-zone. DCA-calibration TDC-sensor Limit + +, Limit +, Limit - , Limit - -, Malfunction Alarm, Sensor Alarm 4-20 mA K-TDC25, 7-lead cable +double shield, 0.75 mm2, 25m and KB-02, Connection Box and K-GTS, 7-pole connector, 7-lead cable +shield, 0.75 mm2, 25m DTM-RM1 ACM-RM1 Function: Input: Digital output: Analog output: Disc Temperature Monitor (TDC) AGS Control Module (AGS) Measures the disc temperature. 2 units in the rack, conical and flat-zone TDC-sensor Limit 1, Limit 2, Limit 3 4-20 mA CMD-RM2 Function: Power supply: Input: Output: Cable: Control Motor Driver (delivered from Oct. 2004) Current driver for stepping motor controlling the rotor position 24-28 Vdc, 2.5A Control signals from the CMI-RM1 unit Drive currents for 2-phase electric stepping motor 4*1.5 mm2, 25 m CMI-RM1 Function: Digital inputs: Digital Outputs: Control Motor Interface Converts control signals from the PLC-system to clock- and direction signals to the CMD-RM1/CMD-RM2 unit Plates Together, Plates Apart, High speed and Holding torque Control motor alarm VIM-RM1 Function: Transducer: Digital outputs: Analog output 1: Display: Cable: Vibration Monitor Measure the refiner vibration through an accelerometer transducer Accelerometer 1 to 6000 Hz Limit 1, Limit 2 4-20 mA Led ramp in the front of the unit, 0-25 mm/s, 10 LED’s K-VIMS25, 2-pole connector, 4-lead RMS-SD1 EN.docx July 31, 2014 / BL 4(20) RMS RMS-SD1 MPM-RM1 or MPM-RM2 Function: Digital Outputs: Analog input: Analog output: Motor Power Monitor Motor Power Monitor Monitor the current signal indicating the main motor load. Limit 1, Limit 2, Limit 3 (only on MPM-RM2) 4-20 mA 4-20 mA TVD-RM1 Function: Digital input: Digital outputs: Transducer: Analog output 1: Analog output 2: Analog output 3: Display: Cable: Touchpoint Vibration Detector Measure the touch point vibration through an accelerometer transducer. Low gain Limit 1, Limit 2 TVD-T1, TVD-T2 or TVD-T2S 4-20 mA Audio signal to headset. Spare. Led ramp in the front of the unit, 0-100%, 10 leds. K-TVDS25, 4-pole connector, 4-lead cable +shield, 0.25 mm2, 25m POM-RM1 Function: Digital outputs: Transducer: Analog output: Cable: HPM-RM1 Function: Transducers: Digital outputs: Analog outputs: Position Monitor Measures the rotor or stator position through an LVDT-transducer. Limit 1, Limit 2, Limit 3 POT-50 4-20 mA K-POT25, 7-pole connector, 7-lead cable +shield, 0.25 mm2, 25m Hydraulic Pressure Monitor Measures the A- and B-chamber force through pressure transducers 2-wire Pressure transducer 4-20 mA A-Limit 1, A-Limit 2, B-Limit 1, B-Limit 2 A: 4-20 mA, B: 4-20 mA OTM-RM1 Function: Optional Temp Monitor Measures the temperature through PT100 sensors, 2 channels The rack can include up to 6 units. 2 each 3-wire PT100 sensors CH1: Limit 1, Limit 2, CH2: Limit 1, Limit 2 CH1: 4-20 mA, CH2:4-20 mA Transducers: Digital outputs: Analog outputs: SSM-RM1 Function: Transducers: Digital outputs: Digital inputs: Cable: Safeset Monitor Supervision of the Safeset clutch 2 inductive transducers, IG-30 Rotating, Tripped Reset K-AT10, 6-pole connector, 4-lead cable +shield, 0.25 mm2, 25m and KB-01 Connection Box RMS-SD1 EN.docx July 31, 2014 / BL 5(20) RMS RMS-SD1 4. PRINCIPAL OF ADJUSTMENT See the calibration manual (CAL-SD) for a detailed description.  The adjustment of the alarm limits is done on the each unit.  The read-out of alarm limits and levels is displayed on the Display and Control Unit, DCU-RM1.  The DCU-unit detects the type of unit that is activated, and monitors the appropriate channels and limits.  The unit is selected by the push-button ”DISPLAY LIMITS” on the desired unit. DCA 2.23 DTM 168 POM 39.46 HPMA 22.5 Lim1 30.0 Lim2 25.0 HPMB Lim1 Lim2 40.5 45.0 42.5 * MENU  Return to NORMAL READOUT (The display returns automatically to the normal readout after app. 2 minutes) Not used  Disables the auto turn off function  Not used ENT Not used Automatic turn-off function The display is automatically turned off approx. 2 minutes after the last activated ”DISPLAY LIMITS”. To cancel this function, push "→" button on the DCU-unit. Next activation of any of the ”DISPLAY LIMITS” reactivates the turn-off function. RMS-SD1 EN.docx July 31, 2014 / BL 6(20) RMS RMS-SD1 5. CONNECTION DIAGRAM K1 RMS SYSTEM POWER Us+ Us+ UsUsK2 1 2 3 4 CONTROL MOTOR POWER CM+U CM+U CM-GND CM-GND K3 +24 Vdc +24 Vdc 0V 0V 1 2 3 4 +24-32 Vdc +24-32 Vdc 0V (control motor chassis) 0V (control motor chassis) CONTROL MOTOR DRIVER CM+W1A CM-W1E CM+W2A CM-W2E CM+W3A CM-W3E CM+W4A CM-W4E CM+W5A CM-W5E CM-GND CM-GND RMS-SD1 EN.docx 1 2 3 4 5 6 7 8 9 10 11 12 Drive currents to the control motor Positive, phase 1 Negative, phase 1 Positive, phase 2 Negative, phase 2 Cable: 1 2 3 4 This connection is for the 2-phase stepping motor and the CMD-RM2. The cable shield is connected to the ground bar below the rack July 31, 2014 / BL 7(20) RMS K4 RMS-SD1 CONTROL MOTOR INTERFACE, Digital inputs and outputs DI+CMTO DI+CMAP DI+CMHS DI+CMHT DO+CMAL DO+CM 1 2 3 4 5 6 Digital input, Plates together Digital input, Plates apart Digital input, High Speed Digital input, Holding torque Digital output, Alarm Digital output, Spare PLC PLC PLC PLC PLC PLC K5A OPTIONAL TEMP MONITOR 1, Transducer signals T+OTM11 T-OTM11 TS-OTM11 T+OTM12 T-OTM12 TS-OTM12 1 2 3 4 5 6 Transducer channel 11, positive Transducer channel 11, compensation Transducer channel 11, negative Transducer channel 12, positive Transducer channel 12, compensation Transducer channel 12, negative The cable shield is connected to the ground bar below the rack K5B OPTIONAL TEMP MONITOR 1, Analog outputs, Digital outputs AO+OTM11 AO-OTM11 AO+OTM12 AO-OTM12 DO+OTM11 DO+OTM12 DO+OTM13 DO+OTM14 1 2 3 4 5 6 7 8 RMS-SD1 EN.docx Analog output, 11, 4-20 mA Analog output, 11, 4-20 mA Analog output, 12, 4-20 mA Analog output, 12, 4-20 mA Digital output, Channel 11, Limit 1 Digital output, Channel 11, Limit 2 Digital output, Channel 12, Limit 1 Digital output, Channel 12, Limit 2 July 31, 2014 / BL Instrum. system Instrum. system Instrum. system Instrum. system PLC PLC PLC PLC 8(20) RMS K6 RMS-SD1 MOTOR POWER MONITOR, Analog inputs and outputs,Dig. outputs AI+MPM AI-MPM AO+MPM AO-MPM DO+MPM1 DO+MPM2 1 2 3 4 5 6 Analog input, 4-20 mA Analog input, 4-20 mA Analog output, 4-20 mA Analog output, 4-20 mA Digital output, Limit 1 Digital output, Limit 2 Instrum. system Instrum. system Instrum. system Instrum. system PLC PLC K7A OPTIONAL TEMP MONITOR 2, Transducer signals T+OTM21 T-OTM21 TS-OTM21 T+OTM22 T-OTM22 TS-OTM22 1 2 3 4 5 6 Transducer channel 21, positive Transducer channel 21, compensation Transducer channel 21, negative Transducer channel 22, positive Transducer channel 22, compensation Transducer channel 22, negative The cable shield is connected to the ground bar below the rack K7B OPTIONAL TEMP MONITOR 2, Analog outputs, Digital outputs AO+OTM21 AO-OTM21 AO+OTM22 AO-OTM22 DO+OTM21 DO+OTM22 DO+OTM23 DO+OTM24 RMS-SD1 EN.docx 1 2 3 4 5 6 7 8 Analog output, 21, 4-20 mA Analog output, 21, 4-20 mA Analog output, 22, 4-20 mA Analog output, 22, 4-20 mA Digital output, Channel 21, Limit 1 Digital output, Channel 21, Limit 2 Digital output, Channel 22, Limit 1 Digital output, Channel 22, Limit 2 July 31, 2014 / BL Instrum. system Instrum. system Instrum. system Instrum. system PLC PLC PLC PLC 9(20) RMS K8 RMS-SD1 HYDRAULIC OIL PRESSURE, Transducer signals T+HPMA T-HPMA TS-HPMA T+HPMB T-HPMB TS-HPMB K9 1 2 3 4 5 6 HYDRAULIC OIL PRESSURE, Analog outputs, Digital outputs AO+HPA AO-HPA AO+HPB AO-HPB DO+HPA1 DO+HPA2 DO+HPB1 DO+HPB2 K10 Transducer A-chamber, positive Transducer A-chamber, negative The cable shield is connected to the ground bar below the rack Transducer B-chamber, positive Transducer B-chamber, negative The cable shield is connected to the ground bar below the rack 1 2 3 4 5 6 7 8 Analog output, A, 4-20 mA Analog output, A, 4-20 mA Analog output, B, 4-20 mA Analog output, B, 4-20 mA Digital output, A, Limit 1 Digital output, A, Limit 2 Digital output, B, Limit 1 Digital output, B, Limit 2 Instrum. system Instrum. system Instrum. system Instrum. system PLC PLC PLC PLC VIBRATION, Transducer signals, Analog outputs, Digital outputs T+VIM T-VIM TS-VIM DO+MPM3 AO+VIM AO-VIM DO+VIM1 DO+VIM2 RMS-SD1 EN.docx 1 2 3 4 5 6 7 8 Transducer, positive *: white + brown Transducer, negative *: green + yellow The cable shield is connected to the ground bar below the rack Digital output, Limit 3 MPM PLC Analog output, 4-20 mA Instrum. system Analog output, 4-20 mA Instrum. system Digital output, Limit 1 PLC Digital output, Limit 2 PLC * Cable K-VIM25, K-VIM25A or K-VIMS25 July 31, 2014 / BL 10(20) RMS K11 RMS-SD1 ROTOR POSITION, Transducer signals, Analog outputs, Digital outputs TI-POT1 TI+POT1 TE-POT1 TE+POT1 TR+POT1 TM+POT1 TS-POT1 AO+POM1 AO-POM1 DO+POM1 DO+POM2 DO+POM3 K12 Transducer, input positive K-POT25: white Transducer, input negative K-POT25: brown Transducer, input common K-POT25: green Transducer (not used) K-POT25: yellow Transducer, excitation positive K-POT25: grey Transducer, excitation negative K-POT25: rose The cable shield is connected to the ground bar below the rack Analog output, 4-20 mA Instrum. system Analog output, 4-20 mA Instrum. system Digital output, Limit 1 PLC Digital output, Limit 2 PLC PLC Digital output, Limit 3 DISC TEMP MONITOR, Analog outputs, Digital outputs AO+DTM AO-DTM DO+DTM1 DO+DTM2 DO+DTM3 K13 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 Analog output, 4-20 mA Analog output, 4-20 mA Digital output, Limit 1 Digital output, Limit 2 Digital output, Limit 3 Instrum. system Instrum. system PLC PLC PLC TOUCH POINT MONITOR, Transducer, Analog out, Dig. outputs and inputs T+TVD T-TVD TS-TVD AO+TVDH AO-TVDH AO+TVDA AO-TVDA AO+TVD AO-TVD DO+TVD1 DO+TVD2 DI+LOGA 1 2 3 4 5 6 7 8 9 10 11 12 RMS-SD1 EN.docx Transducer, positive *: white + brown Transducer, negative *: green + yellow The cable shield is connected to the ground bar below the rack Analog output, Headset Headset Analog output, Headset Headset Analog output, Spare Not used Analog output, Spare Not used Analog output, 4-20 mA Instrum. system Analog output, 4-20 mA Instrum. system Digital output, Limit 1 PLC Digital output, Limit 2 PLC Digital input, Low gain PLC * Cable K-TVDT25 or K-TVDS25 July 31, 2014 / BL 11(20) RMS K14 RMS-SD1 DISC CLEARANCE AMPLIFIER, Transducer signals TM+TDC TM-TDC TR+TDC TR-TDC TE+TDC TE-TDC TP+TDC TS-TDC K15 Transducer, measure positive *: white Transducer, measure negative *: brown Transducer, reference positive *: green Transducer, reference negative * : yellow Transducer, excitation positive *: grey Transducer, excitation negative * : rose Transducer, pt-100 excitation *: blue The cable shield is connected to the ground bar below the rack * : Cable K-F2T or K-TDC25 DISC CLEARANCE AMPLIFIER, Analog outputs, Digital outputs AO+DCA AO-DCA DO+DCA1 DO+DCA2 DO+DCA3 DO+DCA4 DO+DCAMA DO+DCASA K18 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 Analog output, 4-20 mA Analog output, 4-20 mA Digital output, Limit 1 (+ +) Digital output, Limit 2 ( + ) Digital output, Limit 3 ( - ) Digital output, Limit 4 (- - ) Digital output, Malfunction Digital output, Sensor alarm Instrum. system Instrum. system PLC PLC PLC PLC PLC PLC DISC CLEARANCE AMPLIFIER, Digital inputs DI+DCASC DI+DCASS DI+DCASZ DI+DCASE 1 2 3 4 RMS-SD1 EN.docx Digital input, DCA Calibrate Coarse Digital input, DCA Calibrate Span Digital input, DCA Calibrate Zero Digital input, DCA Calibrate Set July 31, 2014 / BL PLC PLC PLC PLC 12(20) RMS K16 RMS-SD1 DISPLAY AND CONTROL UNIT, Analog and digital inputs and outputs AI+DCRSV AI-DCRSV AO+DCRSV AO-DCRSV DI+DCRON DI+DCRIN DI+DCRDE DI+DCRST DI+DCRAS DO+DCRAL DO+DCURD DO+DCUAL K17 Analog input, set limit, 4-20 mA Analog input, set limit, 4-20 mA Analog output, set limit, 4-20 mA Analog output, set limit, 4-20 mA Digital input, Regulator ON Digital input, Increment set limit Digital input, Decrement set limit Digital input, Copy DCA to set limit Digital input, External set limit Digital output, Regulator alarm Digital output, Ready Digital output, Sum alarm Instrum. system Instrum. system Instrum. system Instrum. system PLC PLC PLC PLC PLC PLC PLC PLC DISPLAY AND CONTROL UNIT, Digital inputs and outputs DI+TPAU DI+TPMA DO+TPAL DO+TPCO DI+FGRE DO+FGCO DO+FGAL ID+PDU1 ID+PDU2 ID-PDU U+PDU U-PDU K19 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 Digital input, Touch-point auto Digital input, Touch-point manual Digital output, Touch Point Alarm Digital output, Touch Point Completed Digital input, FeedGuard Reset Digital output, FeedGuard Contact Digital output, FeedGuard Alarm Serial output, PDU-display K-PDU3: Serial input, PDU-display K-PDU3: Common, PDU-display K-PDU3: Power supply, PDU-display K-PDU3: Power supply, PDU-display K-PDU3: PLC PLC PLC PLC PLC PLC PLC white brown green+shield yellow grey DISPLAY AND CONTROL UNIT, Digital inputs and outputs D+SYNC DI+DCU2 DI+DCU3 DI+DCU4 DI+DCU5 DI+DCU6 DO+DCU7 DO+DCU8 1 2 3 4 5 6 7 8 RMS-SD1 EN.docx Digital input/output, Rotor sync. Digital input, Low A-chamber pressure Digital input, not used Digital input, not used Digital input, not used Digital input, not used Digital output, AGS Calibrated Digital output, not used July 31, 2014 / BL PLC PLC PLC PLC PLC PLC PLC PLC 13(20) RMS K20 RMS-SD1 SAFESET MONITOR, Transducer signals, Digital in and outputs T1-SS T2-SS T3-SS T4-SS DO+SSSZ DO+SSRO DO+SSTR DI+SSRE K21 1 2 3 4 5 6 7 8 Transducer + K-AT10: white Transducer M, Motor side K-AT10: brown Transducer R, Refiner side K-AT10: green Transducer K-AT10: yellow Digital output, Not used PLC Digital output, Safeset rotating PLC Digital output, Safeset tripped PLC Digital input, Reset Safeset PLC The cable shield is connected to the ground bar below the rack Not used T1-SS2 T2-SS2 T3-SS2 T4-SS2 DO+SSSZ2 DO+SSRO2 DO+SSTR2 DI+SSRE2 1 2 3 4 5 6 7 8 RMS-SD1 EN.docx July 31, 2014 / BL 14(20) RMS K22 RMS-SD1 SPARE, Transducer signals T1-SD T2-SD T3-SD T4-SD T5-SD T6-SD K23 1 2 3 4 5 6 SPARE, Analog and Digital outputs AO+SD1 AO-SD1 AO+SD2 AO-SD2 DO+SD1 DO+SD2 DO+SD3 DO+SD4 K24 Transducer 1 Transducer 2 Transducer 3 Transducer 4 Transducer 5 Transducer 6 1 2 3 4 5 6 7 8 Analog output 1 Analog output 1 Analog output 2 Analog output 2 Digital output Digital output Digital output Digital output NOT USED. T+VIM2 T-VIM2 TS-VIM2 AO+VIM2 AO-VIM2 DO+VIM21 DO+VIM22 1 2 3 4 5 6 7 8 RMS-SD1 EN.docx July 31, 2014 / BL 15(20) RMS K31 RMS-SD1 OPTIONAL TEMP MONITOR 3, Transducer signals T+OTM31 T-OTM31 TS-OTM31 T+OTM32 T-OTM32 TS-OTM32 K32 1 2 3 4 5 6 7 8 Analog output, 31, 4-20 mA Analog output, 31, 4-20 mA Analog output, 32, 4-20 mA Analog output, 32, 4-20 mA Digital output, Channel 31, Limit 1 Digital output, Channel 31, Limit 2 Digital output, Channel 32, Limit 1 Digital output, Channel 32, Limit 2 Instrum. system Instrum. system Instrum. system Instrum. system PLC PLC PLC PLC OPTIONAL TEMP MONITOR 4, Transducer signals T+OTM41 T-OTM41 TS-OTM41 T+OTM42 T-OTM42 TS-OTM42 K42 Transducer channel 31, positive Transducer channel 31, compensation Transducer channel 31, negative Transducer channel 32, positive Transducer channel 32, compensation Transducer channel 32, negative The cable shield is connected to the ground bar below the rack OPTIONAL TEMP MONITOR 3, Analog outputs, Digital outputs AO+OTM31 AO-OTM31 AO+OTM32 AO-OTM32 DO+OTM31 DO+OTM32 DO+OTM33 DO+OTM34 K41 1 2 3 4 5 6 1 2 3 4 5 6 Transducer channel 41, positive Transducer channel 41, compensation Transducer channel 41, negative Transducer channel 42, positive Transducer channel 42, compensation Transducer channel 42, negative The cable shield is connected to the ground bar below the rack OPTIONAL TEMP MONITOR 4, Analog outputs, Digital outputs AO+OTM41 AO-OTM41 AO+OTM42 AO-OTM42 DO+OTM41 DO+OTM42 DO+OTM43 DO+OTM44 RMS-SD1 EN.docx 1 2 3 4 5 6 7 8 Analog output, 41, 4-20 mA Analog output, 41, 4-20 mA Analog output, 42, 4-20 mA Analog output, 42, 4-20 mA Digital output, Channel 41, Limit 1 Digital output, Channel 41, Limit 2 Digital output, Channel 42, Limit 1 Digital output, Channel 42, Limit 2 July 31, 2014 / BL Instrum. system Instrum. system Instrum. system Instrum. system PLC PLC PLC PLC 16(20) RMS K51 RMS-SD1 OPTIONAL TEMP MONITOR 5, Transducer signals T+OTM51 T-OTM51 TS-OTM51 T+OTM52 T-OTM52 TS-OTM52 K52 1 2 3 4 5 6 7 8 Analog output, 51, 4-20 mA Analog output, 51, 4-20 mA Analog output, 52, 4-20 mA Analog output, 52, 4-20 mA Digital output, Channel 51, Limit 1 Digital output, Channel 51, Limit 2 Digital output, Channel 52, Limit 1 Digital output, Channel 52, Limit 2 Instrum. system Instrum. system Instrum. system Instrum. system PLC PLC PLC PLC OPTIONAL TEMP MONITOR 6, Transducer signals T+OTM61 T-OTM61 TS-OTM61 T+OTM62 T-OTM62 TS-OTM62 K62 Transducer channel 51, positive Transducer channel 51, compensation Transducer channel 51, negative Transducer channel 52, positive Transducer channel 52, compensation Transducer channel 52, negative The cable shield is connected to the ground bar below the rack OPTIONAL TEMP MONITOR 5, Analog outputs, Digital outputs. AO+OTM51 AO-OTM51 AO+OTM52 AO-OTM52 DO+OTM51 DO+OTM52 DO+OTM53 DO+OTM54 K61 1 2 3 4 5 6 1 2 3 4 5 6 Transducer channel 61, positive Transducer channel 61, compensation Transducer channel 61, negative Transducer channel 62, positive Transducer channel 62, compensation Transducer channel 62, negative The cable shield is connected to the ground bar below the rack OPTIONAL TEMP MONITOR 6, Analog outputs, Digital outputs AO+OTM61 AO-OTM61 AO+OTM62 AO-OTM62 DO+OTM61 DO+OTM62 DO+OTM63 DO+OTM64 1 2 3 4 5 6 7 8 RMS-SD1 EN.docx Analog output, 61, 4-20 mA Analog output, 61, 4-20 mA Analog output, 62, 4-20 mA Analog output, 62, 4-20 mA Digital output, Channel 61, Limit 1 Digital output, Channel 61, Limit 2 Digital output, Channel 62, Limit 1 Digital output, Channel 62, Limit 2 July 31, 2014 / BL Instrum. system Instrum. system Instrum. system Instrum. system PLC PLC PLC PLC 17(20) RMS 6. RMS-SD1 OUTLINE DRAWING RMS-SD1 EN.docx July 31, 2014 / BL 18(20) RMS RMS-SD1 EN.docx RMS-SD1 July 31, 2014 / BL 19(20) RMS RMS-SD1 7. CONTACT Sales, development, production and service: Dametric AB Jägerhorns Väg 19, 141 75 Kungens Kurva, Sweden Phone: +46-8 556 477 00 Telefax: +46-8 556 477 29 e-mail: [email protected] Web site: www.dametric.se RMS-SD1 EN.docx July 31, 2014 / BL dametric 20(20)