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Watlow Electric ANAFAZE SYSTEM 32 Installation And Operation Manual

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WATLOW ANAFAZE SYSTEM 32
HARDWARE
Installation And Operation Manua
Revision 5
December 21, 1988
Watlow Anafaze
344 Westridge DR
Watsonville, CA 95076
Phone: 831-724-3800
Fax: 831-724-0320
Copyright (c) 1987-1988. All RIGHTS RESERVED: No part of this publication
may be reproduced, stored in a retrieval system or transmitted in any form by any
means; electronic, mechanical, photo copying, recording, or otherwise, without
the prior written permission of Watlow Anafaze
Printed in U.S.A.

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  • Page 1 WATLOW ANAFAZE SYSTEM 32 HARDWARE Installation And Operation Manua Revision 5 December 21, 1988 Watlow Anafaze 344 Westridge DR Watsonville, CA 95076 Phone: 831-724-3800 Fax: 831-724-0320 Copyright (c) 1987-1988. All RIGHTS RESERVED: No part of this publication may be reproduced, stored in a retrieval system or transmitted in any form by any means;...
  • Page 2 STATEMENT OF WARRANTY ANAFAZE, Incorporated warrants that the Products furnished under this Agreement will be free from material defects in material and workmanship for a period of 90 days from the date of shipment. The customer shall provide notice to ANAFAZE, Incorporated of any such defect within one week after the Customer's discovery of such defect.
  • Page 3 WARNING ANAFAZE HAS MADE EFFORTS TO ENSURE THE RELIABILITY AND SAFETY OF THE SYSTEM 32 AND PROVIDE RECOMMENDATIONS FOR ITS SAFE USE IN SYSTEMS APPLICATIONS. PLEASE NOTE THAT IN ANY APPLICATION, FAILURES CAN OCCUR THAT WILL RESULT IN FULL CONTROL OUTPUTS OR OTHER OUTPUTS THAT CAUSE DAMAGE UNSAFE...

  • Page 4: Table Of Contents

    TABLE OF CONTENTS 1.0 INTRODUCTION_____________________________________________ 1 1.1 SYSTEM FEATURES _________________________________________1 1.2 PLUG IN SYSTEM 32 MODULES_______________________________2 1.3 ANASOFT 32 -- POWERFUL OPERATING SOFTWARE __________4 2.0 SPECIFICATIONS____________________________________________ 6 2.1 ANALOG INPUTS ____________________________________________6 2.2 OPERATING PARAMETERS __________________________________7 2.3 REPORTING PARAMETERS __________________________________7 2.4 COMMUNICATIONS _________________________________________7 2.5 CONTROL AND ALARM OUTPUTS ____________________________8 2.6 DIGITAL INPUT OR OUTPUT _________________________________8 2.7 ANALOG OUTPUTS __________________________________________8...
  • Page 5 7.0 DETAILED MODULE DESCRIPTIONS ________________________ 38 7.1 PROCESSOR I/O MODULE -- A32-PIOM_______________________38 7.2 REED RELAY ANALOG INPUT MODULE -- A32-RRAIM ________39 7.3 SOLID STATE ANALOG INPUT MODULE -- A32-SSAIM ________41 7.4 ANALOG OUTPUT MODULE -- A32-AOM _____________________41 7.5 PULSE INPUT MODULE -- A32-PIM___________________________42 7.6 POWER SUPPLY----PART NO.

  • Page 6: Introduction

    1.0 INTRODUCTION The ANAFAZE SYSTEM 32 is the key element used to form an innovative measurement and control system. It combines its power with an IBM PC or similar computer to deliver an extremely efficient data acquisition and process control system. The SYSTEM 32 concentrates its power in analog measurement, independent digital loop control, alarm monitoring, and signal processing.

  • Page 7: Plug In System 32 Modules

    1.1.3 PROCESS INTEGRITY: The ANAFAZE approach delivers high integrity because the SYSTEM 32 independently controls and checks each loop for alarms while it is in turn checked by the computer. Thus a computer failure will not affect the process and a controller problem will be detected by the computer.
  • Page 8 Configurations can start with only the PROCESSOR I/O MODULE to provide 32 time proportioning or on/off open loop control outputs. For closed loop control, simply add an ANALOG INPUT MODULE, either reed relay for 16 inputs, or solid state for 32 inputs. A plug in ANALOG OUTPUT MODULE provides 16 analog control outputs.

  • Page 9: Anasoft 32 -- Powerful Operating Software

    1.2.2 ANALOG INPUT MODULES: Two optically-isolated analog input modules are available for the SYSTEM 32. A 16 channel reed relay switching module and a 32 channel solid state switching module. The reed relay module provides the highest level of input noise protection and the solid state module is more economical.
  • Page 10 line, real-time data for each input can be graphically plotted on the screen. Data is continuously stored for every input to provide a history over user selected time intervals. These on line plots enable quick analysis of process conditions for optimizing performance, tuning control loops, determining reasons for alarms, and other situations.

  • Page 11: Specifications

    2.0 SPECIFICATIONS 2.1 ANALOG INPUTS Number of channels: 32 for PID control, 48 total with reed multiplexer, 96 total with solid state. Multiplexing: three wire reed relay, guarded inputs. two wire solid state. A/D converter: integrating voltage to frequency. Loop update: each loop 2 times per second, reed modules;...

  • Page 12: Operating Parameters

    2.2 OPERATING PARAMETERS Independently set for each loop through serial interface. Input type: any standard type (see above), any mix. Gain: 0 to 255 proportional; 0 to 510 on/off. Proportional Band: Direct reading in engineering units of the loop range. Integral: 0 to 1020 seconds.

  • Page 13: Control And Alarm Outputs

    2.5 CONTROL AND ALARM OUTPUTS 32 Individually selectable control outputs: Digital Outputs: Time proportioning, On/Off, Alarms: voltage output: 5VDC at 6ma maximum for solid state or other relays. Analog: voltage or current: selectable (4 to 20ma, or 0 to 5 volts).

  • Page 14: Subassembly Identification

    2.9 SUBASSEMBLY IDENTIFICATION A32-PIOM: PROCESSOR I/O MODULE includes factory selectable communication interface [RS-232 or current loop], 32 control outputs, 24 digital outputs, and 16 digital inputs. A32-RRAIM: REED RELAY ANALOG INPUT MODULE for 16 mixed sensor inputs including direct connection of thermocouples [J, K, or T] or millivolt [ -5 to 60mv].

  • Page 15: Installation

    3.0 INSTALLATION There are some precautions that must be observed when installing SYSTEM 32: WARNING: ELECTRICAL SHOCK DANGER It is very important that all system power including the power input be disconnected before servicing the ANAFAZE SYSTEM 32. HIGH VOLTAGE MAY BE PRESENT EVEN WHEN POWER IS TURNED OFF.
  • Page 16 6 SLOT HOUSING DIMENSIONS...
  • Page 17 3 SLOT HOUSING DIMENSIONS...
  • Page 18 POWER SUPPLY DIMENSIONS...

  • Page 19: Configuration

    3.1.3 DETACHABLE TERMINAL BLOCKS WARNING - ALWAYS CHECK TERMINAL LOCATION AND ORIENTATION All connections, except the Ac power supply, are made on removable terminal strips. Terminal strip removal is achieved by removing the retaining screws and pulling them directly away from the front panel. The terminal strips must be carefully installed in the correct position and not up side down.
  • Page 20 3.2.2 COMMUNICATIONS WATCHDOG TIMER The communications timer provides a method of turning off all control outputs if there is a problem in the host computer that effects communication. It operates by monitoring activity on the communication line. If this controller has not been contacted within the time interval, it automatically sets all control outputs to manual with zero outputs.

  • Page 21: Ac Power Input

    1. All control output types are set to MANUAL 2. All output values for control outputs are set to 0%. 3. Digital output 72 is set ON. This output is available at TB2, pin 30. 4. The internal controller reset flag is set TRUE. (Hence the host will receive RESET...

  • Page 22: Communications Set-Up And Connections

    3.3.2 POWER FUSE The SYSTEM 32 power supply is not fused. An external 1/2 AMP fuse in the AC input line is recommended. 4.0 COMMUNICATIONS SET-UP AND CONNECTIONS The ANAFAZE SYSTEM 32 is designed for three types of serial communications: RS-232, RS-485, and 20ma current loop.

  • Page 23: Current Loop

    4.1.1 Other RS-232 Lines Some host computers or other RS-232 devices use additional communication lines that are not required by the SYSTEM 32. These include: RTS - Ready to Send DSR - Data Set Ready CTS - Clear To Send DTR - Data Terminal Ready If the host computer uses RTS and CTS or DSR and DTR, these lines should be connected together in pairs [or as shown in the computer manual].

  • Page 24: Rs-485

    Multiple SYSTEM 32 units are connected in series. R+ is connected to the first unit TX+ and TX- from the first unit is connected to TX+ of the next unit. These serial connections are continued until the last unit is reached. The last unit TX- is connected to the computer R-.
  • Page 25 Distance Wire Gauge Recommended Cable 1500 ft. 28 AWG Alpha 3492 4000 ft. 24 AWG Beldon 9729 6000 ft. 22 AWG Beldon 9184 The use of a shield depends on the noise environment and grounding considerations [4.3.3]. The above cables are shielded. 4.3.3 Connections Connection of the Anafaze controllers to a system computer requires an interface at the computer to convert RS-232 levels to RS-485.
  • Page 26 ANAFAZE SYSTEM 32 connections for a single unit are as follows: Black Box COMPUTER LD485A SYSTEM 32 +485 Output (Start bit +5v) RX+ #3 -485 Output (Start bit 0v) RX- #4 +485 Input TX+ #1 -485 Input TX- #2 Shield-------Earth Ground---------Shield Do not Ground Note: Connect the shields to earth ground only at the computer or other 485 interface.

  • Page 27: Analog Inputs

    5.0 ANALOG INPUTS Connecting analog signals to the ANAFAZE SYSTEM 32 is normally straightforward. Most signals, including thermocouples can be directly connected and mixed in any order. However, some problems may occur that could reduce accuracy and possibly damage the unit. Sections 5.1 through 5.4 indicate some of the potential areas for concern.

  • Page 28: Analog Input Modules

    5.5 ANALOG INPUT MODULES Two types of analog input modules are available for the SYSTEM 32. The A32- RRIAM -- REED RELAY ANALOG INPUT MODULE provides 16 analog inputs with reed relay switching. The A32-SSAIM -- SOLID STATE ANALOG INPUT MODULE provides 32 inputs with solid state switching. The A32- SSAIM also provides 32 digital outputs for special systems.
  • Page 29 capacitors can be installed for signal conditioning. Please consult ANAFAZE. The PC board silk screen shows the resistor locations. 5.6.2 USE OF THE SHIELD CONNECTION The shield connection provides a third input which is switched as each channel is measured. It is the ground reference for the measurement section. By switching this reference with every channel, the effective measurement ground can float to match the ground at the sensor, thus greatly reducing the error caused by different ground potentials (common mode).
  • Page 30 5.6.4 DC CURRENT INPUTS Current inputs from transmitters are accommodated by placing resistors in the input section to convert the current input into a voltage. Different current input ranges are accommodated by selecting the proper resistor values. In general RC is selected to maintain a low source resistance. RA and RC produce the input full scale of 60mv.

  • Page 31: A32-Ssaim -- Solid State Analog Input Module

    5.6.7 INFRARED NON-CONTACT TEMPERATURE SENSORS The ANAFAZE IRSM infrared sensing module is ideally suited for many infrared non-contact temperature applications. It can be supplied by ANAFAZE as a fully integrated system with the SYSTEM 32 configured to provide power for up to four IRSM sensing modules and for direct connection of the IRSM output.

  • Page 32: Scaling And Calibration

    5.8 SCALING AND CALIBRATION Since a computer is used to display the reading and load the setpoints, a mathematical step can be used to convert measurements and setpoints to engineering units and correct for known sensor calibration errors. For example, the ANAFAZE SYSTEM 32 does all thermocouple calculations in degrees F since this provides almost twice the resolution of degrees C.

  • Page 33: Diagrams Of Typical Inputs

    5.9 DIAGRAMS OF TYPICAL INPUTS SEE SECTION 5.6 FOR DETAILED INFORMATION. Typical Thermocouple AUX O HIGH O-- + White ------------------------- Type J T/C LOW O-- - Red ---------------------------- SHLD O Shielded Thermocouple: To use shield remove jumper RD. Shield should be grounded at probe [see 5.6.2].

  • Page 34: Analog Input Connections

    5.10 ANALOG INPUT CONNECTIONS 5.10.1 A32-RRAIM Analog Input Connections Terminal 1 [Upper] Terminal 2 [Lower] Channel Assignment | Pin Channel Assignment REF GND + REF REF GND + REF ------------------------------| ----------------------------- SHLD SHLD ------------------------------| ----------------------------- SHLD | 10SHLD ------------------------------| ----------------------------- | 11 | 12 | 13...
  • Page 35 5.10.2 A32-SSAIM Analog Input Connections UPPER TERMINAL BLOCK Channel Assignment | Pin Channel Assignment | 10 | 12 | 14 | 16 | 18 | 20 | 22 | 24 | 26 | 28 | 30 | 32 | 34 | 36 LOWER TERMINAL BLOCK Channel...

  • Page 36: Control Outputs

    6.0 CONTROL OUTPUTS Control outputs are provided from the A32-PIOM -- PROCESSOR I/O MODULE for digital outputs and the A32-AOM -- ANALOG OUTPUT MODULE for analog outputs. The A32-AOM is not required for systems that do not need analog outputs. The A32-PIOM provides the digital control outputs, the serial communication, and miscellaneous digital inputs and outputs.
  • Page 37 Alarm outputs are also used to activate SSR's when possible. The connections are essentially the same. Lower Terminal Block TB2 SSR 1 SSR 2 |--------| |--------| |--|--|--| |--|--|--| Low Dev. Out 1 5 O--------------| High Dev. Out 2 6 O-----------------|------------| 11 O-----------------o---------------| 6.1.1 PROCESSOR READY The processor READY is a Watchdog Timer Output from the PIOM and is...
  • Page 38 |--------| + 5vdc 31 O-------------------O + | Ready 33 O-------------------O - | SSR | |--------| 6.1.2 OUTPUTS ENABLE: A32-PIOM ONLY The control outputs from the PIOM [TPV, ON-OFF, and DZC] for all 32 Loops are off, when Outputs ON Pin #35 of TB2 is TTL high or open. Also, the outputs are off, whenever the microprocessor is not ready.

  • Page 39: Processor I/O [A32-Piom] Pid Output Connections

    6.2 PROCESSOR I/O [A32-PIOM] PID OUTPUT CONNECTIONS 6.2.1 SCREW TERMINAL CONNECTIONS Pin # TB1 [UPPER BLOCK] TB2 [LOWER BLOCK] Tx+ COMPUTER COMMUNICATION PID OUT LOOP 25 Tx- SEE SECTION 4 PID OUT LOOP 26 Rx+ COMPUTER COMMUNICATION PID OUT LOOP 27 Rx- SEE SECTION 4 PID OUT LOOP 28 PID OUT LOOP 1 SEE SECTION...
  • Page 40 6.2.2 A32-PIOM OUTPUTS 50 PIN FLAT RIBBON CABLE CONNECTIONS IN # J1 [TOP] J2 [MIDDLE] J3 [BOTTOM] PID OUT LOOP 1 DIGITAL OUT 33 PID OUT LOOP 25 LOGIC GND LOGIC GND LOGIC GND PID OUT LOOP 2 DIGITAL OUT 34 PID OUT LOOP 26 LOGIC GND LOGIC GND...

  • Page 41: Analog Output Module A32-Aom

    6.3 ANALOG OUTPUT MODULE A32-AOM Analog control outputs are provided for the SYSTEM 32 by using the A32-AOM. Each module provides 16 analog outputs and up to two modules can be used in a single SYSTEM 32 for 32 control outputs. The AOM provides both 4 to 20ma with 400 ohms maximum load and 0- 5vdc at 5ma maximum.
  • Page 42 6.3.2 A32-AOM ANALOG OUTPUT MODULE CONNECTIONS Note the outputs are designated as follows: LOOP #C Positive terminal for 4-20madc output. LOOP #V Positive terminal for 0-5vdc output. Negative terminals for both outputs. TERMINAL BLOCK 1 [UPPER] TERMINAL BLOCK 2 [LOWER] CONNECTION CONNECTION 2 PID LOOP 9C...

  • Page 43: Detailed Module Descriptions

    7.0 DETAILED MODULE DESCRIPTIONS 7.1 PROCESSOR I/O MODULE -- A32-PIOM The PIOM is the main processor for the SYSTEM 32 and is required in each system. The only PIOM option available for standard systems is the type of communications interface. The PIOM has two microprocessors, an 8031 and 8088.

  • Page 44: Reed Relay Analog Input Module -- A32-Rraim

    Direct [Cool]. The outputs are 5vdc at 16ma maximum and are normally used to switch optically-isolated solid-state relays (SSR's). The alarm and status outputs include a global high and low deviation and a watchdog timer which are set by the SYSTEM 32. If ANASOFT-32 is used in the system computer, a global high and low process alarm output is set from the system computer.
  • Page 45 7.2.1 Automatic Calibration The RRAIM includes two additional inputs: a full scale and a zero signal that are used by the PIOM for automatic full scale and zero calibration. The zero input is read on one scan to calibrate the analog amplifier zero, on the next scan the full scale input is read to calibrate the amplifier gain.

  • Page 46: Solid State Analog Input Module -- A32-Ssaim

    7.2.7 Open Thermocouple Detection The RRIAM has upscale open thermocouple detection which is accomplished by placing a small current through the thermocouple leads. The input source impedance may go as high as 200 ohms before rated accuracy is effected. 7.2.8 Address Selection Each RRIAM has a jumper for address selection of the RRIAM in the SYSTEM 32.

  • Page 47: Pulse Input Module -- A32-Pim

    Each AOM has an address Dip switch for address selection of the AOM in the 32 System. Up to two AOM's may be used in each SYSTEM 32. 7.5 PULSE INPUT MODULE -- A32-PIM The PIM counts up to 32 pulse inputs at maximum pulse rates of 1kHz with 50% duty cycle pulses.
  • Page 48 The OPERATOR STATION requires ANASOFT-32 to be running in the system computer. It obtains its readings and changes the setpoints through the computer. The OPERATOR STATION can select any PIOM and any loop in the system for display and changes. The SP may be viewed for any loop in the system and may, if elected by the customer, be changed from the OPERATOR STATION.

  • Page 49: Pid Control

    8.0 PID CONTROL This section provides some common definitions of control terms and information on control loop tuning. 8.1 CONTROL LOOPS A control loop may consist of four or five elements depending upon the placement of the functions of some elements. These elements are defined as follows: PRIMARY ELEMENT: This senses the PROCESS VARIABLE (PV), a thermocouple (T/C) measuring temperature is an example.
  • Page 50 not be confused with with the type of control output signal: for example pulsed DC voltage or analog output. 8.1.3 ON/OFF CONTROL The simplest way to control the PROCESS VARIABLE (PV), for example temperature on an oven, to a desired SETPOINT (SP), operating temperature, is to use ON/OFF control.
  • Page 51 Kp is the proportional gain, and FSR/Kp is referred to as the proportional band PB. The gain can be set from 0 to 255 for the SYSTEM 32. Note that when gain is specified in the control equation the output would be different for the same error if a different full scale is used.
  • Page 52 For temperature control, the most useful and easiest to use entry is the PB in actual degrees for the SYSTEM 32. The nominal setting of the PB can be between 5-20% of the SP. Thus, a SP of 300 o F may require a PB of 15-60 o F.
  • Page 53 Another way of viewing the reset action is to look at the integral term in the control equation of section 8.1.4. The control output due to this term is the error integrated over time. Thus a small offset over a long period of time will increase the integral sum and consequently the control output until the PV is equal to the SP.
  • Page 54 RATE is also used to correct for rapid load changes, to slow large capacity processes, and to overcome the slew rates of electric motor actuators. The RATE function responds to the change in the error as a function of time. Mathematically it is the first derivative of the error as a function of time [see equation in section 8.1.4].
  • Page 55 Heating applications normally uses REVERSE ACTION and cooling applications normally will use DIRECT ACTION. The selection may also be dependent upon the application of two competing mediums of energy such as in a HEAT/COOL or TEMPERATURE/HUMIDITY applications. 8.1.14 HEAT/COOL DUAL OUTPUTS Certain processes such as plastic molding, plastic extrusion, refrigeration systems, test chambers, and others require both heating and cooling control loops.
  • Page 56 Time proportioning control is a method of using a digital output and an on/off device such as a relay to essentially achieve an analog control signal. When the controller calculates the required control signal, it converts the percent output into a percent duty cycle and outputs this to the process through the relay.

  • Page 57: Adjustment Of Pid Constants

    8.1.11 DISTRIBUTED ZERO CROSSING Distributed Zero Crossing [DZC] output is the other time proportioning output available from the SYSTEM 32. This output is primarily for very fast acting electrical heating loads using SSR's. The open air heater coil is an example of a fast acting load.
  • Page 58 and the full scale adjusted to match the expected PV range. The graphics of the Plot will show the effect of the PID tuning in real time. The understanding of PID functions would be useful in tuning loops, but not essential to a successful application of PID constants to a control loop.
  • Page 59 range of the process control span. If the process elements are not correctly sized then it will be difficult and even impossible to tune the controller. 8.2.2 TUNING PID LOOPS 1. First set PB to 2% of the desired SP, Reset to .2 R/M, Rate to 0, Filter to 0.

  • Page 60: Analogy Of Pid Control Terminology

    8.2.3 OUTPUT FILTER There is no tuning step for the Output Filter. Adjusting the PID without the Filter gives the most accurate response of the control function of the PID modes. The Output Filter may be turn on anytime so desired. The number is increased as necessary to reduce cycling of the control output signal, thus reducing the cycling of the PV.
  • Page 61 car speed started to slowly increase. She slowly backed off the pressure to the gas pedal, trying to maintain the 30 mph. This is known as reset, as she was resetting the engine speed to maintain 30 mph with changing load conditions. This is the RESET FUNCTION.

  • Page 62: Software

    9.0 SOFTWARE ANAFAZE offers turn key software for IBM PC and compatible computers. The present software includes: ANASOFT-32 Measurement and Control ANASOFT-32-RS Measurement and Control with Ramp and Soak ANASOFT-32-CP Measurement and Control with Carbon Potential 9.1 ANASOFT-32 ANASOFT-32 is a menu driven program that operates up to 3 ANAFAZE SYSTEM 32 units using an IBM PC or compatible computer.

  • Page 63: Custom Application Programs

    the profile is selected the stored ramp and soak recipe for each loop is automatically setup. Accurate Recipe Tracking: The ramp and soak software provides special alarms and warnings in addition to the standard features of ANASOFT. Tolerance levels are used for guaranteed soak, process warnings, and process alarms.

  • Page 64: Software Command Structure

    implement your entire turn key hardware and software system. Please contact your local representative or ANAFAZE directly for a quotation. 10.0 SOFTWARE COMMAND STRUCTURE The SYSTEM 32 will respond to commands according to the following format. The commands generally follow the specifications of ANSI X3.28-1976. The structure is outlined below: 10.1.

  • Page 65: Data Table Addresses

    10.4.1 Processor Reset This Error Code is returned after : Power-up reset The watchdog timer resets the Master processor The Master processor resets the Slave processor 10.4.2 Command Error This Error Code is returned when the A32PID receives a command that is not a Block Read or a Block Write.

  • Page 66: Input Types

    10.6. Input Types The following one byte codes designate the various input types accepted by the SYSTEM 32: Code Input Type ------------ --------------- Linear (0-60 mV) J Thermocouple K Thermocouple T Thermocouple [ Spare ] [ Spare ] Frequency (Pulse Counter) 10.7.
  • Page 67 The following examples show the output code for specific output types: Output Configuration ................Hex Code DZC Digital Output, Automatic control ............... 00 Time Proportioned Digital Output, Automatic control ......... 01 Analog output, Automatic control................. 02 DZC Digital Output, Manual Control ..............04 Time Proportioned Digital Output, Manual control..........

  • Page 68: Trouble Shooting Information

    11.0 TROUBLE SHOOTING INFORMATION These four items must work together to operate the SYSTEM 32: The SYSTEM 32 The computer including the RS-232 or other serial interface The communications link The computer software If the system does not work on initial start up check the SYSTEM 32 indicator lights, the computer, and the serial link.

  • Page 69: Communications Problems

    the Edit or Run mode. Select the Run mode. If the SYSTEM 32 does not answer, a communications error message will appear on the display [see 11.3 and 11.4]. 11.3 Communications Problems If the computer is functioning properly [section 11.1] then the communication interface, cables and connections must be checked.
  • Page 70 If the green light is on, then the orange light light is a communications indicator. The orange light will appear whenever the PIOM has decoded a communication containing the address of the PIOM as set in the DIP switch. Thus the conditions for establishing the orange light in the presence of the green light are: 1) PIOM working.
  • Page 71 Verify that you are using the COM 1 serial port on your computer. Anasoft assumes this to be the active communications port. Verify the wiring connections between your computer and the Anafaze controller. For RS-232, only three wires are (Rx, Tx and Gnd) are necessary to communicate with the controller.

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