Part
Number BE076
Definition
The uPAC is a DIN-rail mounted programmable controller with built-in IO, as well as extensibility to other, specialized modules. Programmable Automation Controllers represent the next generation after traditional PLCs. They combine the determinism and reliability of a PLC with much more standard, included functionality. They are easier to program and less expensive than PLCs. The uPAC is a general purpose industrial computer with sophisticated and robust built-in IO capability. It meets the needs of many users for a simple, reliable, small-scale PLC with IO. It is DIN rail mouted, with 20 terminals. It is easily programmed with the free, included software utility. The user may program simple logic operations, PID control algorithms, timing control, data logging, and so forth. The uPAC is capable of basic functionality by itself, but there are also several optional internal add-ons that augment its operation. These are detailed below. Lastly, uPAC has a SensorNet wired interface which allows it to connect to any other SensorNet device. These include various analog and digital IO expanders, also detailed below.
The uPAC is a DIN-rail mounted programmable controller with built-in IO, as well as extensibility to other, specialized modules. Programmable Automation Controllers represent the next generation after traditional PLCs. They combine the determinism and reliability of a PLC with much more standard, included functionality. They are easier to program and less expensive than PLCs. The uPAC is a general purpose industrial computer with sophisticated and robust built-in IO capability. It meets the needs of many users for a simple, reliable, small-scale PLC with IO. It is DIN rail mouted, with 20 terminals. It is easily programmed with the free, included software utility. The user may program simple logic operations, PID control algorithms, timing control, data logging, and so forth. The uPAC is capable of basic functionality by itself, but there are also several optional internal add-ons that augment its operation. These are detailed below. Lastly, uPAC has a SensorNet wired interface which allows it to connect to any other SensorNet device. These include various analog and digital IO expanders, also detailed below.
Basic Specifications
Digital Inputs Three, optoisolated, unidirectional, 5kV isolation rated.
Maximum voltage: 24 Vdc
Can be externally biased for dry contact inputs.
Digital Outputs Two relays, DPDT, 2 Form C, configured for NO or NC output.
2A @ 30Vrms, 1A @ 130VAC.
Analog Inputs Two channels, both configurable for 4 – 20 mA or 0 – 5 Vdc.
Analog Outputs Two channels, both configurable for 4 – 20 mA or 0 – 5 Vdc.
All IO fully protected against EMI transients.
Note, this IO may be easily augmented with the internal and external options listed below.
Digital Inputs Three, optoisolated, unidirectional, 5kV isolation rated.
Maximum voltage: 24 Vdc
Can be externally biased for dry contact inputs.
Digital Outputs Two relays, DPDT, 2 Form C, configured for NO or NC output.
2A @ 30Vrms, 1A @ 130VAC.
Analog Inputs Two channels, both configurable for 4 – 20 mA or 0 – 5 Vdc.
Analog Outputs Two channels, both configurable for 4 – 20 mA or 0 – 5 Vdc.
All IO fully protected against EMI transients.
Note, this IO may be easily augmented with the internal and external options listed below.
Datalogger
Memory 256 Kbytes.
Control Algorithm Proportional or PID. Autotune available. Two distinct channels.
Output may be linear signal out or PWM.
Communication Serial, RS2332, 9600 8N1.
Indicators Power, Relay 1, Relay 2.
Modbus Custom driver available.
SensorNet Wired, ConXAll Mini 6 female.
Control Algorithm Proportional or PID. Autotune available. Two distinct channels.
Output may be linear signal out or PWM.
Communication Serial, RS2332, 9600 8N1.
Indicators Power, Relay 1, Relay 2.
Modbus Custom driver available.
SensorNet Wired, ConXAll Mini 6 female.
Modbus
Custom driver available.
Standards
RoHS compliant
Meets CE specifications for portable electronic test equipment, nonmedical, nonsafety, radiated and conducted emissions.
RoHS compliant
Meets CE specifications for portable electronic test equipment, nonmedical, nonsafety, radiated and conducted emissions.
SensorNet
Extensions
See SensorNet site for information
on fully-compliant extension modules.
| 11 | Rout2a |
| 12 | Rout2b |
| 13 | Vin1+ |
| 14 | Vin1- |
| 15 | Vin2+ |
| 16 | Vin2- |
| 17 | Vout1+ |
| 18 | Vout1- |
| 19 | Vout2+ |
| 20 | Vout2- |
Copyright © 2009, Black Oak Engineering - Basic Instruments, LLC (BOE). All rights reserved. BOE reserves the right to make changes to these specifications as it deems necessary. All technical information contained herein is as accurate as possible; however, BOE shall not be held responsible for its use, nor for any infringements upon the rights of others which may result from its use. BOE products are not to be used in life support applications. All costs given herein are purely budgetary and are subject to change. Contact us for a quotation.
Warranty Policy. Any instrument ordered from BOE may be returned for full refund, less shipping costs, within 30 calendar days of delivery, provided that the instrument has not, in the opinion of BOE, been damaged or misused. An RMA number is required in all cases. See our Standard Terms & Conditions.
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