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UniStream
PLC
This guide provides basic installation information for specific UniStream
Technical specifications may be downloaded from the Unitronics website.
General Features
Unitronics' UniStream
I/O configuration.
The series is available in three versions: Pro, Standard, and Basic.
Note that a model number that includes:
•
B10/C10 refers to Pro version (e.g. USC-B10-T24)
•
B5/C5 refers to Standard version (e.g. USC-B5-RA28)
•
B3/C3 refers to Basic version (e.g. only for USC-B3-T20)
Page 2 contains a comparison table detailing the features offered by the different models. Exact features
are detailed in the product specification sheets.
▪ Built-in Trends and Gauges, auto-tuned PID, data tables, data sampling, and
Power
Features
▪ UniApps™: Access & edit data, monitor, troubleshoot & debug and more
▪ Security: Multi-level password protection
▪ Alarms: Built-in system, ANSI/ISA standards
▪ Built-in ports: 2 Ethernet, 1 USB host, 1 USB device port
COM
Options
▪ Add-on ports (UAC-CB), available by separate order:
▪ Fieldbus: CANopen, CAN Layer2, MODBUS, EtherNetIP and more. Implement
COM
Protocols
▪ Advanced: SNMP Agent/Trap, e-mail, SMS, modems, GPRS/GSM, FTP
▪ Remote Access via any device that supports VNC.
Programming
Software
HMI
Unitronics
®
®
PLCs are DIN-rail mounted Programmable Logic Controllers (PLCs) with a built-in
Recipes
➢ 1 CANbus port may be added to all models
➢ RS232/485 ports: according to model technical specifications
any serial RS232/485, TCP/IP, or CANbus third-party protocols via Message
Composer
Server/Client, Web Server, SQL, and MQTT.
All-in-One UniLogic software for hardware configuration, communications, PLC and
HMI applications; free download.
All UniStream® PLCs can display HMI screens on the following devices:
•
UniStream Display (USL)
•
UniStream Modular HMI panel (USP)
•
UniStream Built-in (on the panels integral to the device)
•
Any device screen that supports VNC
User Guide
USC-B5-TA32, USC-B10-TA32,
USC-C5-TA32, USC-C10-TA32
®
PLC models with built-in I/O.
1
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Related Manuals for Unitronics UniStream USC-B5-TA32
Summary of Contents for Unitronics UniStream USC-B5-TA32
- Page 1 USC-C5-TA32, USC-C10-TA32 This guide provides basic installation information for specific UniStream ® PLC models with built-in I/O. Technical specifications may be downloaded from the Unitronics website. General Features Unitronics’ UniStream ® PLCs are DIN-rail mounted Programmable Logic Controllers (PLCs) with a built-in I/O configuration.
- Page 2 USB device (programming No** port) * Note that B3/C3 models do not support features requiring SD cards. In addition, Alarm History is not retained after PLC reset. ** Note that B3/C3 models may be programmed only via Ethernet cable. Unitronics...
- Page 3 ▪ All examples and diagrams are intended to aid understanding, and do not guarantee operation. Unitronics accepts no responsibility for actual use of this product based on these examples. ▪ Please dispose of this product according to local and national standards and regulations.
- Page 4 (Not shown) Connection point for Uni- connector I/O™ modules and I/O expansion adapters, shipped covered. Leave covered when not in use. CONFIRM Used to implement and confirm USB Actions. Button USB Host port Provides the interface for external USB devices. Unitronics...
- Page 5 ▪ Any modules that will be installed; ensure you allow space to install/uninstall modules Module dimensions and installation instructions are in the modules’ specifications. For exact dimensions, please refer to the Mechanical Dimensions shown below. Mechanical Dimensions Front View Bottom View Unitronics...
- Page 6 ▪ Note that disconnecting the battery halts the preservation of back-up values and causes them to be deleted. 1. Open the bottom and inner doors. 2 If there is a battery present, remove it. 3. Slide the battery into place. Unitronics...
- Page 7 In either case, do not use the cable shield as a signal common / return path. ▪ Route each I/O signal with its own dedicated common wire. Connect common wires at their respective common (CM) points at the controller. Unitronics...
- Page 8 ➢ Keep shield connections as short as possible. ➢ Ensure shield continuity when extending shielded cables. For detailed information, refer to the document System Wiring Guidelines, located in the Technical Library in the Unitronics’ website. Wiring the Power Supply The controller requires an external power supply.
- Page 9 Following are the different pin assignments for the high speed channels: Channel 1 Channel 2 Phase Phase Quadrature Phase B Phase B Pulse+Direct Pulse Direction Pulse Direction Normal Normal Pulse Pulse Pulse digital digital ▪ Input modes are set both by wiring and software. Unitronics...
- Page 10 User Guide Input wiring, sink Input wiring, source High Speed Input wiring, sink High Speed Input wiring, source Use sink input wiring to connect a sourcing (pnp) device. Use source input wiring to connect a sinking (npn) device. Unitronics...
- Page 11 ▪ The mode is determined by the hardware configuration within the software application. ▪ Note that if, for example, you wire the input to current, you must also set it to current in the software application. Voltage Differential Single-ended Current 2-wire 3-wire 4-wire Unitronics...
- Page 12 The mode is determined both by wiring and by the hardware configuration within the software application. ▪ Voltage and current modes use distinct points. Connect only the point associated with the selected mode; leave the other point unconnected. Voltage Differential Single-ended Current 2-wire 3-wire 4-wire Unitronics...
- Page 13 ▪ Use isolated-junction thermocouples, or, if you are not using the analog inputs, you may use up to one exposed-junction thermocouple; ▪ Electrically isolate exposed-junction thermocouples from other electrically-conductive parts of the system. Unitronics...
- Page 14 Output’s power supply The use of any of the outputs requires an external 24VDC power supply as shown in the accompanying figure. Outputs Connect the +VO and 0V terminals as shown in the accompanying figure. O0-O7 share common return 0V. Unitronics...
- Page 15 1. Disconnect the power supply. 2. Remove all wiring and disconnect any installed devices according to the device’s installation guide. 3. Unscrew and remove the mounting brackets, taking care to support the device to prevent it from falling during this procedure. Unitronics...
- Page 16 ® PLCs are DIN-rail mounted Programmable Logic Controllers (PLCs) with a built-in I/O configuration. UniStream connects directly to UniCloud, Unitronics' IIoT cloud platform using built-in UniCloud connectivity. More information about UniCloud is available at www.unitronics.cloud. Model numbers in this document...
- Page 17 Size: up to 32GB, Data Speed: up to 200Mbps Bit operation 0.13 µs Battery Model: 3V CR2032 Lithium battery Battery lifetime: 4 years typical, at 25°C Battery Low detection and indication (via BATT. LOW indicator and via System Tag). Unitronics...
- Page 18 Isolation None Cable USB 2.0 compliant; < 3 m (9.84 ft) USB host Number of ports Port type Type A Data rate USB 2.0 (480Mbps) Isolation None Cable USB 2.0 compliant; < 3 m (9.84 ft) Over current protection Unitronics...
- Page 19 Quadrature Mode figure below). Pulse width Pulse/Direction mode: 5.1s min. for each state in Pulse/Dir Mode figure below). Quadrature mode: 2.5s min. for each state in Quadrature Mode figure below). Cable Shielded twisted pair Quadrature Mode Pulse/Direction mode Unitronics...
- Page 20 Voltage mode – AIx: -1V ÷ 10.5V ; CM1: -1V ÷ 0.5V range (signal + Current mode – AIx: -1V ÷ 5.5V ; CM1: -1V ÷ 0.5V common mode) (x=0 to 3) Cable Shielded twisted pair Diagnostics Analog input overflow Unitronics...
- Page 21 1242.4ms Weak 317.3ms 491.5ms 491.5ms 2477.3ms Medium 627.2ms 975.4ms 975.4ms 4947ms Strong 1246.9ms 1943.3ms 1943.3ms 9886.5ms Update time Noise Rejection Frequency Update Time 400Hz 154.9ms 60Hz 242ms 50Hz 242ms 10Hz 1234.9ms Cable Shielded twisted pair Diagnostics Analog input overflow Unitronics...
- Page 22 (2,192°F < T ≤ 2,282°F) Thermocouple type -200°C ≤ T ≤ 1,372°C Under-range: (-328°F ≤ T ≤ 2,501.6°F) -270°C ≤ T < -200°C (-454°F ≤ T < -328°F) Over-range: 1,372°C < T ≤ 1,400°C (2,501.6°F < T ≤ 2,552°F) Unitronics...
- Page 23 390Ω < R ≤ 395.85Ω -70mV ≤ V ≤ 70mV Under-range: -71.05mV ≤ V < -70mV Over-range: 70mV ≤ V < 71.05mV * Overflow or Underflow is declared when an input value exceeds the Over- range or Under-range boundaries respectively. Unitronics...
- Page 24 9886.5ms Update time Noise Rejection Frequency Update Time 400Hz 154.9ms 60Hz 242ms 50Hz 242ms 10Hz 1234.9ms Thermocouple ±1.5°C (±2.7°F) Cold junction error (13) Cable Shielded, see installation guide for details Diagnostics Input Overflow or Underflow, sensor connection fault (14) Unitronics...
- Page 25 (Load resistance < 4kΩ ( PWM Frequency O0, O1: (16) 3kHz max. (Load resistance < 4kΩ) Short-circuit protection Source Transistor Outputs Power Supply Nominal operating 24VDC voltage Operating voltage 20.4 – 28.8VDC Maximum current 30mA@24VDC consumption Current consumption does not include load current Unitronics...
- Page 26 0 ÷ 20mA and 4 ÷ 20mA – 1.7ms (600Ω load), 1.7ms (600Ω + 10mH load) Short circuit protection Yes (no indication) (voltage mode) Cable Shielded twisted pair Diagnostics Current – Open circuit indication Supply level – Normal / Low or missing Unitronics...
- Page 27 UniLogic application does not match the Uni-I/O modules physically connected to the PLC Orange Red blink Application Invalid blink Version Mismatch (UniLogic version is not supported by device firmware) Red On Uni-I/O Error (check wiring connections) Orange Red On OS/Application error blink Unitronics...
- Page 28 2,000 m (6,562 ft) Shock IEC 60068-2-27, 15G, 11ms duration Vibration IEC 60068-2-6, 5Hz to 8.4Hz, 3.5mm constant amplitude, 8.4Hz to 150Hz, 1G acceleration Dimensions Weight Size USC-xx-TA32 0.38 Kg (0.84 lb) As shown in the images next page Unitronics...
- Page 29 9. Step response and update time are independent of the number of channels that are used. 10. The controller inherently supports 3-wire sensors. 4-wire sensors may be connected by utilizing 3 of the sensor wires; in-order to achieve the Unitronics...
- Page 30 The tradenames, trademarks, logos and service marks presented in this document, including their design, are the property of Unitronics (1989) (R"G) Ltd. or other third parties and you are not permitted to use them without the prior written consent of Unitronics or such third party as may own them.
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