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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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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. The sole obligation and liability of ANAFAZE, Incorporated under this warranty shall be to repair or replace, at its option, without cost to t
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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 MAY CAUSE DAMAGE OR UNSAFE CONDITIONS IN THE EQUIPMENT OR PROCESS CONNECTED TO THE ANAFAZE SYSTEM 32. GOOD ENGINEERING PRACTICES, ELECTRICAL CODES, AND INSURANCE REGULATIONS REQUIRE INDEPENDENT, EXTERNAL, SAFETY DEVICES BE
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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 ____________________
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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. A32-PS_________________________42 7.7 OPERATOR STATION -- A32-OS______________________________42 8.0 PID CO
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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. This frees the computer to perform process control supervision including: graphic process displays, operator
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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. Further integrity is built in to the SYSTEM 32 since it has EEROM memory to protect control and alarm parameters. A watchdog timer with digital output adds to process integrity. 1.1.4 MULTIPL
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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. Systems can be matched to different applications by combining the following modules: 1.2.1 PROCESSOR I/O MODULE: The on board microprocessor performs all necessary control calcul
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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. The two types of input modules can be mixed in a single controller. Allowing up to 48 channels of reed relay inputs, 96 channels of solid state inputs , or any combination such as
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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. 1.3.2 TUNING AND PROCESS SET UP: The password protected tune menu displays necessary data for efficient tuning since it displays real time process info
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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; 1 time per second solid state. Input isolation: optical coupling. Input resolution: 0.02% full scale [Approximately 12.7uv]. Temp. coefficient: .005% per degree. Measurement accuracy:
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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. Reset: .05 to 60 Repeats/Min. [4 sec. resolution]. Derivative: 0 to 255 sec. Rate: .01 to 4.25 Min. Digital Filter: Averages last 0 to 255 outputs. [0- 127.5 sec. time constant]. o Setpoint: +span. Resolution: 0.
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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). 2.6 DIGITAL INPUT OR OUTPUT 24 DigitalOutputs: TTL Level: true= < 0.4v @ 6ma false = > 3.9v @ 6ma 16 Digital Inputs: TTL Level: 2.7 ANALOG OUTPUTS Types: 0 to 5Vdc at 5ma max. 4-20ma at 8Vdc max [maximum loop impedance 400 ohm
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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]. Includes reference junction sensors for thermocouple inputs. A32-SSAIM: SOLID STATE ANALOG INPUT MODULE for 32 mixed analog inputs includi
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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. To reduce the danger of electrical shock always mount the SYSTEM 32 in an enclosure that prevents personnel contact. Since the ANAFAZE SYSTEM 32 can make measurements of input signals
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6 SLOT HOUSING DIMENSIONS 11
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3 SLOT HOUSING DIMENSIONS 12
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POWER SUPPLY DIMENSIONS 13
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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. 3.2 CONFIGURATION WARNING - TURN OFF POWER BEFORE CHANGING SWITCH The unit configuration switch is located
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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. A dedicated digital output is set when the watchdog times out. WARNING: IF THE COMMUNICATIONS WATCHDOG IS ENABL
