Table of Contents
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P6000A/P5000
OUTPUT OPTIONS
ISOLATED PARALLEL BCD
DUAL 8 A RELAY
ISOLATED ANALOG OUTPUT
11361ML-01
NOTE: Refer to 10627ML-XX for P6000 Output Options Manual.
© Copyright 1995, NEWPORT ELECTRONICS, INC. ALL RIGHTS RESERVED.
This documentation may not be copied, photocopied, reproduced, translated, or
reduced to any electronic medium or machine-readable form, in whole or in part,
without prior written consent of NEWPORT ELECTRONICS, INC.
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Table of Contents
Summary of Contents for Newport Electronics P6000A
- Page 1 11361ML-01 NOTE: Refer to 10627ML-XX for P6000 Output Options Manual. © Copyright 1995, NEWPORT ELECTRONICS, INC. ALL RIGHTS RESERVED. This documentation may not be copied, photocopied, reproduced, translated, or reduced to any electronic medium or machine-readable form, in whole or in part,...
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Page 3: Table Of Contents
ECO NO DATE 9261 21 JAN 98 TABLE OF CONTENTS PAGE ISOLATED PARALLEL BCD OPTION 1.0 GENERAL INFORMATION ................1 2.0 MECHANICAL INSTALLATION................. 1 3.0 ELECTRICAL CONNECTIONS ................. 1 3.1 Power ....................1 3.2 BCD Outputs ................... 2 3.3 Polarity Output..................4 3.4 Decimal Point Binary Address.............. - Page 4 DUAL 8 A RELAY OPTION PAGE 1.0 GENERAL INFORMATION ................12 2.0 MECHANICAL INSTALLATION................. 12 3.0 ELECTRICAL CONNECTIONS AND JUMPER SELECTION ........ 12 3.1 Relay Outputs..................12 3.2 S3 of the Relay Board................13 4.0 RELAY BOARD DRAWINGS................14 ILLUSTRATIONS Figure 3-1 TB4 Connector with Electrical Connections........
- Page 5 ISOLATED ANALOG OUTPUT OPTION PAGE 1.0 GENERAL INFORMATION ................16 2.0 SPECIFICATIONS ..................16 2.1 Power and Signals ................... 16 2.2 Environment..................... 16 2.3 Output Control ..................16 3.0 ELECTRICAL CONNECTIONS & ADJUSTMENT LOCATIONS ......17 4.0 CONFIGURATION PROCEDURE ..............17 4.1 Output Range Selection................
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Page 7: Isolated Parallel Bcd Option Page
BCD data is updated. 2.0 MECHANICAL INSTALLATION The parallel BCD board is positioned as an upper board in the P6000A/P5000. Refer to the exploded view in the main board manual. To avoid electrical shock be sure to disconnect the unit from its power supply. -
Page 8: Bcd Outputs
3.2 BCD OUTPUTS The board is factory-set as 6-digit parallel BCD. Outputs are enabled when the binary address on the instrument select lines, pins L24, U24, L23, and U23, match the board address (set by pin group S1). The output polarity is normally positive true (reversible by S4) and each output can drive 10 LSTTL loads. - Page 9 To enable the outputs, install jumpers on the pin groups and apply the proper address on the instrument select lines as indicated below: Connector P4 with 6-Digit S1 Positions Instrument Select Lines Parallel BCD Install jumpers on B8, B4, B2, B1* B8, B4, B2, B1 S2-A and S3-A;...
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Page 10: Polarity Output
3.3 POLARITY OUTPUT This three-state output is active when Digits 1, 2 and 3 are enabled. Signal polarity can be reversed by a push-on jumper at S4. With a jumper on S4-A, a high level corresponds to a positive display value. 3.4 DECIMAL POINT BINARY ADDRESS (D.P. -
Page 11: Alarm Outputs
3.6 ALARM OUTPUTS (HI, LO, GO) These three-state outputs are enabled with Digits 4, 5 and 6. S8, S9, and S10 connect HI, LO, and GO to P4-U1, L1 and U2, respectively. The polarity is positive true (high level corresponds to an alarm condition) when a jumper is installed on S4-A. -
Page 12: Jumper Selection
4.0 JUMPER SELECTION Pin Group Function Selects the binary address (Table 3-1). Jumper installed on A:* Board can be selected by four address lines on connector P4, pins L24, U24, L23 and U23. Jumper installed on B: A high or low level on L24 selects the board when S1-B1 or S1-B1 are installed respectively. -
Page 13: Controller Interconnections
Digit 1 input and other unused inputs of the printer should be tied to the appropriate level to print a BLANK or zero. P6000A/P5000 Parallel BCD Parallel BCD Printer ISO GND... -
Page 14: Figure 5-2 Connections With A Parallel Bcd Printer Using Left-Hand Decimal Point
P6000A/P5000 Parallel BCD Parallel BCD Printer To appro- BCD 1 priate level BCD 2 DIGIT 1 to print BCD 4 BLANK BCD 8 BCD 1 BCD 10 DIGIT 1 BCD 2 BCD 20 DIGIT 2 BCD 4 BCD 40 BCD 8... -
Page 15: Interface With Programmable Controllers
5.2 INTERFACE WITH PROGRAMMABLE CONTROLLERS If the controller can accept 24 bits of BCD data (32 bits if other data is also required), the 6-digit parallel BCD mode can be used. In addressable 3-digit-at-a-time mode, only half of the I/O lines are required. In this mode, digits 4, 5, and 6, Overflow, High, Low, and Go signals can be accessed on the same lines of Digits 1, 2, and 3, D.P. -
Page 16: Parallel Bcd Drawings
6.0 PARALLEL BCD DRAWINGS Figure 6-1 Parallel BCD Board Assembly Diagram... -
Page 18: General Information
2.0 MECHANICAL INSTALLATION The relay board is positioned as an upper board in the P6000A/P5000. Refer to the exploded view in the main board manual. To avoid electrical shock be sure to disconnect the unit from its power supply. -
Page 19: S3 Of The Relay Board
If a jumper is installed on HI, the relay is energized when high alarm is not active (LO or GO active). Also, with the jumper on HI, the high setpoint should be higher than the low setpoint. NOTE: Refer to the P6000A/P5000 main board owner's manual for low alarm polarity reversal. -
Page 20: Relay Board Drawings
4.0 RELAY BOARD DRAWINGS Figure 4-1 Relay Board Assembly Diagram... -
Page 22: General Information
ISOLATED ANALOG OUTPUT OPTION 1.0 GENERAL INFORMATION The isolated analog output option provides 0 to 10 V, 0 to 20 mA or 4 to 20 mA jumper-sellectable output ranges with 500 V isolation from the analog ground of the main meter assembly. Zero and span are each set with push-on jumpers on the circuit board for coarse ranges plus a fine adjustment pot, which is accessible from the back of the meter. -
Page 23: Electrical Connections & Adjustment Locations
3.0 ELECTRICAL CONNECTIONS AND ADJUSTMENT LOCATIONS Figure 3-1 Isolated Analog Output Option Rear View 4.0 CONFIGURATION PROCEDURE Use this procedure to determine the configuration of the isolated analog output option. If reconfiguring is required, first remove all push-on jumpers. NOTE: Unless otherwise specified, the unit is shipped in the default condition with 0 - 1M = 0 - 10 V or 1 mV/100 counts. -
Page 24: Output Range Selection
4.1 Output Range Selection Select one of the ranges from the Output Range Table (see Table 4-1). Then install push-on jumpers as required. 4.2 Display Range Selection Select one of the ranges from the Display Table (see Table 4-2), left 4 digits (4 MSD) or right 4 digits (4 LSD). -
Page 25: Offset Range Selection
4.4 Offset Range Selection Using the same LO, UO, LD, and UD numbers, calculate the zero offset using the appropriate formula below: LD x (UO - LO) V01 & I01 Offset = (UD - LD) LD x (UO - LO) LD x (UO - LO) I02 Offset = (UD - LD) -
Page 26: Mechanical Installation
* Default Setting Table 4-4 Offset Ranges 5.0 MECHANICAL INSTALLATION The analog output board is positioned as an upper board in the P6000A/P5000. Refer to the exploded view in the main board manual. To install: Hold the board upside-down with components facing the main board. -
Page 27: Calibration
7.0 CALIBRATION Be sure to use the four display digits during calibration as selected in Section 4.2 . NOTE: Calibration is possible without an input signal by setting FUNCTION to TOTAL and then OFFSET to the appropriate display reading. 7.1 Voltage output (V01) Attach a voltmeter (4 1/2 digit or more) with the negative lead to TB4-1 and the positive lead to TB4-2 on the rear panel of the unit. -
Page 28: Current Output (I02)
7.3 Current Output (I02) 1. Attach an ammeter (4 1/2 digit or more) with the negative lead to TB4-1 and the positive lead to TB4-2 on the rear panel of the unit. 2. Connect a jumper wire between TB4-1 and TB4-3. 3. -
Page 29: Preamp Zero Adjust (R7)
7.4 Preamp Zero Adjust (R9) The preamp zero has been adjusted at the factory and should not require adjustment unless it has been adjusted by mistake. If necessary, use the following adjustment procedures: For output ranges V01 and I01, apply a signal to the input which displays zero on the selected display range (4 LSD OR 4 MSD). -
Page 30: Isolated Analog Output Drawings
8.0 ISOLATED ANALOG OUTPUT DRAWINGS Figure 8-1 Isolated Analog Output Assembly Diagram... -
Page 31: Figure 8-2 Isolated Analog Output Schematic Diagram
Figure 8-2 Isolated Analog Output Schematic Diagram... - Page 32 NOTES:...
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