ProHelp Systems MIU 10X/98 WIRING / INSTALLATION INSTRUCTIONS

Transcription

1 ProHelp Systems MIU 10X/98 WIRING / INSTALLATI INSTRUCTIS

2 2 MIU-10X /5XS SETUP AND CFIGURATI MIU-10X Configuration and Diagnostics Screen Upon boot-up the MIU-10X first runs a self-diagnosis routine to determine if the keypad, LCD screen, and communications ports are operational. If there are errors during the initialization process, the user is queried if a reinitialization attempt should be performed. If no initialization errors occurred, or if a re-initialization is not requested, the user is next presented the option of viewing a Diagnosis and Configuration mode. To enter the Diagnostic and Configuration mode screen you must press a key when the message PRESS ANY KEY FOR DIAGNOSTICS is being displayed on the LCD s screen. If the prompt to enter the Diagnostics and Configuration screen is missed, it will be necessary to re-power the MIU (Note MIU must be left off for 5-10 seconds) to enter this mode again as the MIU will enter an AWAITING HOST mode. The Diagnostic and Configuration screens allow the user to test the keypad and display, test the UARTs, monitor Host communications, and Gageport baud rates. The system parameters, once set, are stored in battery backed memory and it will not be required to re-enter these unless either the battery is removed or if the MIU s operating characteristics are to be changed. For MIU setup press 7 when main diagnostics menu is displayed. Printer should be left at the default of 0. Gage/Printer also should be left at the default of 0. Jumper Configuration Jumpers JP1 - JP16 Jumpers JP1 through JP15 are provided to allow for single connection of ground references for the digital input signals. Shunt jumper JP1 to connect the ground of Digital Input #1 to the ground of Digital Input #2, shunt jumper JP2 to connect Digital Input #2 s ground to Digital Input # 3, and etc. This sequence continues through Jumper JP15 which connects Digital Input # 15 s ground to Digital Input # 16 s. Jumper JP18 (Default is ) Jumper JP18 (not typically used) connects the ground of Digital Input # 16 to the MIU-10X s digital ground plane itself. If all the digital input signals have a common ground, an installer can use jumpers JP1 through JP16 and JP18 to provide a single ground to all the MIU s digital inputs with a single wire. Jumper JX13 (Default is NC) DO NOT INSTALL SHUNT For External PC Speaker only. Jumper JX2 (Default is Off) - Connects Earth Ground to Internal Ground Jumper JX12A (Default is 2-3) Floppy/Keyboard Enable (Factory Use Only) Jumper JX12B (Default is 1-2) FDRQ/DRQ0 (Factory Use Only) Jumper JX12C (Default is 1-2) FDACK/DACK0 (Factory Use Only) Jumper JP17 (Default is Off) - Provided for end of line termination for MIU communications. Warning!! Only install in last MIU on each channel. Jumper JX7 (Default is Off) Provided to configure COM3 for wire Jumper JX8 (Default is Off) Provided to configure COM3 for wire Jumper JX14A (Default is Off) High speed Analog for IRQ7 Jumper JX14P (Default is Off) Parallel Printer for IRQ7

3 Jumper JX14C (Default is On) Com 4 for IRQ7 Jumper JX3 (Default is 2-3) Com3 / High Speed for IRQ9 Jumper JX6 (Default is Off) - Provided to configure COM4 for wire Jumper JX1 (Default is Off) - Provided to configure COM4 for wire Jumper JX11 (Default is Off) RTS-CTS Connection for Com4 Jumper JA1 thru JA14 (Default is On For Thermocouples only) Provides a ground reference for Thermocouples. JA1=An1, JA2=An2, JA3=An3, JA4=An4, JA5=An5, JA8=An6, JA9=An7, JA10=An8, JA11=An9, JA12=An10, JA13=An11, JA14=An12. Analog Gain Modification The analog SIMs each contain six instrumentation amplifiers, and each of these amps have a fixed 50K input impedance. The gain of an analog channel can be changed by simply replacing the gain resistor, located on the SIMM, (Rg) with a different value. The gain resistor is determined by the formula: Rg = 50000/((10/Vs)-1) -Where Vs is the maximum voltage the sensor will produce. Example: Pressure Transducer rated at 3.0 mv/v 10X excitation voltage of 10 volts Vs=10V x 3.0 mv/v = 30 mv 3

4 MIU 10X/5XS SWITCH SETTINGS OPTI SW ITCHES 1 THRU 8 SW ITCH 3 ( SW 3 ) TIM ED CTACTS M OLD CYC PRESSURE: INJECT LY, 2 TIM E CTACTS BAUD M OLD CYC PRESSURE: INJECT,HOLD,BACK, 4 TIM E CTACTS. GAGE PORT BAUD RATE 1200 BAUD ADDRESS SWITCH 2 ( SW2 ) M OLD CYC PRESSURE: INJECT AND HOLD, 3 TIM E CTACTS BAUD 0 1 BCDEF A = 1st PHYSICAL M IU CHANNEL F = LAST PHYSICAL M IU CHANNEL M OLD CYC PRESSURE: TIM E CTACTS, TURNED BAUD HOST BAUD RATE 4800 BAUD 9600 BAUD 9600 BAUD PRINTING UP = PARALLEL (SHOW N) DOW N = SERIAL 4

5 MIU-10X/5XS - MOTHER BOARD ** DO NOT CNECT AC!!** ** Use supplied +5, -5, DC Power Supply ** ** Components are static sensitive ** ** Do NOT remove battery ** 5

6 MIU-10X/5XS - POWER HOOKUP +12V DC +5V DC -5V DC -12V DC COM M DC POWER SUPPLY EARTH GROUND LY USE SUPPLIED +/-5 AND +/-12 VOLT POWER SUPPLY. 6

7 MIU-10X/5XS - MIU HOST COMMUNICATIS (Black/White pair used) (For Isolation System Only) (DO NOT REMOVE) Belden 8777 To next MIU (Black/Red) (Re d) (Black/Green) (Gree n) (Gree n) (Black/Green) (Re d) (Black/Red) TB1B-1 TB1B-2 TB1B-3 TB1B-4 TB1-4 Tx- TB1-3 Tx+ TB1-2 Rx- TB1-1 Rx+ Rx+ Rx- Tx+ Tx- Belden 8777 From computer or Previous MIU Ground Lug Drain Wires * LOOSEN TERMINAL STRIPS ALL THE WAY (CCW). * STRIP BACK GRAY VINYL JACKETS TO 2.5 INCHES MAXIMUM. * STRIP BACK FOIL SHIELDS TO 2.0 INCHES MAXIMUM. * TAPE EXPOSED SHIELDS ENDS INDIVIDUALLY. * KEEP INDIVIDUAL PAIRS TWISTED TOGETHER. * TWIST SHIELD DRAIN WIRE TOGETHER THE "FROM" CABLE. * CUT SHIELD DRAIN WIRES "TO" CABLE. * STRIP INDIVIDUAL WIRES BACK BETWEEN 3/16 AND 1/4 INCH. * INSERT APPROPRIATE CABLE WIRES INTO INDICATED TERMINALS. * RE-TIGHTEN SCREWS, INSURING INSULATI OF WIRE IS NOT PINCHED IN THE CNECTI. * GENTLY PULL WIRES TO INSURE GOOD ELECTRICAL CNECTI. * LOOSEN CLAMP SCREW GROUND LUG. * PLACE TWISTED SHIELD DRAIN WIRES THROUGH LUG AND SECURE SCREW. 7

8 MIU-10X/5XS - PLC/AIU COMMUNICATIS COM3 - PLC Communications Mode JA7 JB7 JC7 JD7 JE7 JA7 JB7 JC7 JD7 JE7 JA7 JB7 JC7 JD7 JE7 JA7 JB7 JC7 JD7 JE7 JX7 JX8 JX9 JX7 JX8 JX9 JX7 JX7 JX8 JX8 JX9 JX9 RS-485 RS-232 Current Loop RS WIRE COM3 - PLC & AIU Communications TB5-1 TB5-2 TB5-3 TB5-4 RS-232 CTS RTS Rx Tx RS-485 Rx- Rx+ Tx- Tx+ Current Loop Tx+ Tx- Rx+ Rx- RS W IRE NEG ( - ) POS ( + ) SHORT TO TB5-1 SHORT TO TB5-2 TB5-5 Gnd N/A N/A N/A * ENSURE THAT THE EPROM INSTALLED AT U2 COINCIDES WITH THE CTROLLER TO BE CNECTED TO. * FURTHER DETAILS PLC CNECTIS CAN BE FOUND IN THE PLC MANUAL P/N * JUMPERS SUCH AS J9 OR J5 ARE NO LGER NEEDED THE 10X/5XS. COMMUNICATIS FOR REMOTE AIUs (EXTENDED PROCESSES) * SET JA-7 - JE7 FOR RS-485 THE HOST MIU. * CNECT THE PLC PORT, HOST MIU, TO THE HOST COMMUNNICATIS PORT, THE REMOTE AIU. * SUBSEQUENT REMOTE AIUs CNECT HOST PORT TO HOST PORT * USE THE FOLLOWING TABLE FOR WIRING: HOST MIU REMOTE AIU TB1 TB5 R+ T+ R- T- T+ R+ T- R- REMOTE AIU1 TB1 REMOTE AIU2 TB1 T+ T+ T- T- R+ R+ R- R- 8

9 MIU-10X - ANALOG CNECTIS U p p e r Te rm in a ls Lo w e r Te rm in a ls An1 - An1 + An2 - An2 + Analog + Analog - Therm ocouple SIM1-1 SIM1-2 SIM1-3 SIM1-4 SIM1-1 SIM1-2 SIM1-3 SIM1-4 SIM1-5 SIM1-6 SIM1-7 SIM1-8 SIM1-5 SIM1-6 SIM1-7 SIM1-8 An3 - An v Ground An6 - An v Ground Analog + Analog - Ground v P re ssu re Tra n sd u c e r SIM2-1 SIM2-2 SIM2-3 SIM2-4 SIM2-1 SIM2-2 SIM2-3 SIM2-4 An4 - An4 + An5 - An5 + An7 - An7 + An8 - An8 + SIM2-5 SIM2-6 SIM2-7 SIM2-8 SIM2-5 SIM2-6 SIM2-7 SIM2-8 An9 - An v Ground An12 - An v Ground Analog v Ground Analog - Analog + Analog - Rv (*) Lin e a r Potentiom eter Current Source * In se rt e x te rn a l re sisto r R v in te rm in a l p lu g. Rv = 10/(Maxim um input current) An10 - An10 + An11 - An11 + STANDARD CFIGURATI IS An 1-4 AND 7-10 J TYPE THERMOCOUPLE, An 5-6 AND PRESSURE TRANSDUCER. THERMOCOUPLES ARE STANDARD "J" TYPE,"K" TYPE CAN BE USED BY CHANGING GAIN RESISTORS AND SOFTWARE SETUP. LINEAR POTS CAN BE USED BY PULLING OUT THE GAIN RESISTOR THAT CHANNEL (NO GAIN). PRESSURE TRANSDUCER IS BASED 3 mv/v GAIN. DIFFERENT TRANSDUCERS CAN BE USED BY CHANGING GAIN RESISTOR THE SIM FOR THE APPROPRIATE CHANNEL. +10 EXCITATI VOLTAGE 1A MAX FOR ALL DEVICES USING EXCITATI VOLTAGE. REFER TO BELOW CHART FOR INFORMATI GAIN RESISTORS. EACH SIMM HAS 6 ANALOG CAHNNELS. GAIN RESISTOR ARE LOCATED THE SIMM ITSELF (SEE FIGURE 1 SIMM SETUP AND CALIBRATI) CHANNEL 1 = R18 CHANNEL 2 = R15 CHANNEL 3 = R14 CHANNEL 4 = R13 CHANNEL 5 = R22 CHANNEL 6 = R23 J Type TC (std.) K Type TC Common Values 182 Ω 182 Ω 3.0 mv/v (std.) 150 Ω 2.0 mv/v 100 Ω 9

10 MIU 10X ANALOG SIMM SETUP AND CALIBRATI CH1 CH2 CH3 CH4 CH5 CH6 Figure 1 1. J and K type thermocouples both use 182 ohm 1% precision resistor. Prior to calibration allow at least one hour for internal temperature of MIU to stabilize. From the factory each SIM is set up for (4) Thermocouples and (2) Linear devices. The linear is set up for a 3mV/V device. 2. Each channel must have gain and offset set in System Manager MIU (F4, F8, F2) as follows. Gain Offset J or K type Gains must be set as stated prior to calibration. Calibrate by changing offset to match any differences between simulator or press and MIU. Offset is changed in System Manager MIU (F4, F8, F2). Gain resistors and current loop load resistors are located on the SIM. See table below for the designator for each. Current Loop Load Gain Resistor Resistor CH1 R18 CH1 R17 CH2 R15 CH2 R16 CH3 R14 CH3 R19 CH4 R13 CH4 R20 CH5 R22 CH5 R21 CH6 R23 CH6 R24 10

11 MIU 10X/5XS INPUT CTACT WIRING Upper Row Lower Row Cycle Time + Cycle Time - Pulse 2 + Pulse 2 - Pulse 3 + Pulse 3 - Pulse 4 + Pulse IN-1 IN-2 IN-3 IN-4 IN-5 IN-6 IN-7 IN-8 IN-9 IN-10 IN-11 IN-12 IN-13 IN-14 IN-15 IN-16 Aux 1 + Aux 1 - Aux 2 + Aux 2 - Aux 3 + Aux 3 - Aux 4 + Aux 4 - IN-17 IN-18 IN-19 IN-20 IN-21 IN-22 IN-23 IN-24 IN-25 IN-26 IN-27 IN-28 IN-29 IN-30 IN-31 IN-32 Start Stage 1 Start Stage 2 Start Stage 3 End AIU 2 Pulse 2 + AIU 2 Pulse 2 - AIU 2 Pulse 3 + AIU 2 Pulse 3 - AIU 2 Pulse 4 + AIU 2 Pulse 4 - Future Additional Inputs * DIGITAL INPUTS MUST BE 12V TO 50V DC * CTACT WIRE SHOULD BE #18 GA. * CTACTS WITH THE SAME GROUND REFERENCE A SINGLE GROUND WIRE WILL SUFFICE BY THE USE OF JUMPERS JP1-16 AND JP18. (SEE 10X SETUP AND CFIGURATI FOR MORE INFO.) Note: START OF STAGE WILL READ ANALOG CHANNEL 6 LY. 11

12 MIU 10X/5XS OUTPUT CTACT WIRING Upper Row Out-1 Out-2 Out-3 Out-4 Load 0 Load VDC or 120 VAC MAX * OUTPUT CTACTS RATED AT 500 MA MAX. SHOULD A GREATER RATING BE REQUIRED A SECDARY CTACT MUST BE INSTALLED AND THE 10X USED TO SWITCH THAT CTACT. * SECDARY CTACT IS REQUIRED FOR ALL LOADS OVER 450 MA. 12

13 MIU-10X/5XS/0XS/AIU-X/IU-X/MIU-9 EXTERNAL POWER SUPPLY INSTALLATI 1. Mount power supply in the power panel per local codes and regulations. 2. Use supplied mounting brackets. Brackets may be attached to either the back or the side depending on mounting requirements. Only use supplied mounting screws (Maximum mounting screw penetration.38 ). 3. Locate the label above the terminal strip for connection reference. 4. Wire Volts AC to: VAC Power Supply Connection Earth Ground - ACG Line - ACL Neutral - ACN 5. Wire MIU supply voltage as follows: MIU Power Terminal Power Supply Connection TB6-1 - EARTH TB6-2 - COMM COM TB V TB V TB V TB V -5V -12V +12V COM COM +5V N/C ACN ACL ACG 13

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