UT130
Notice: This product was discontinued on Dec 29, 2017. See this replacement product:

Compact 1/16 DIN sized easy-to-see Temperature Controller that comes with large (17.5 mm height) 3-digit display. Universal input, "SUPER" overshoot suppress function and dynamic auto tune are standard. Heating/cooling control and RS485 communication are optional features.

The UT130 Temperature Controller (1/16 DIN size) is a compact, economical, easy-to-use temperature controller that comes with an easy-to-see large display. The UT130 has a dynamic auto tune and the "SUPER" overshoot suppress function as standard function. The heating/cooling control and communication function are available as optional features.

  • Small, space-saving 1/16 DIN package, 48 (W) x 48 (H) x 100 (D) (mm)
  • Large 3-digit LED display
    Dramatic increase in readability thanks to large LED display with 17.5 mm height digits
  • IP65 splash-proof and dust-proof designed front panel
  • Universal input for Thermocouple and RTD signals
  • Optional heating/cooling control capability
  • Optional heater burnout alarm and two alarm output relays
  • Standard universal power supply (100 V to 240 V AC) and optional 24 V AC/DC power supply
  • Optional RS485 communication function, MODBUS, PC-Link & Ladder protocols are supported
  • RoHS Compliant

Details

Resources

Yokogawa Technical Report
Overview:

In recent years, the restrictions of ISO14001 standards and HACCP have meant that temperature control and monitoring have become a necessity in a wider range of fields. Together with the demand for high-precision control performance, has come the need for increased diversity in terms of input sensors, control methods, and manipulated-variable output signals, as well as improved ease of operability.

There are 2 types of output available, FAIL and "failure diagnosis."
Check whether the wiring to the power supply terminal is correct. If only the LCD on the UT/UP700 does not display, a custom computation may be set for no display. If the PV display is also blank, this may indicate product failure. Please contact you...
The output is 0% if there is a hardware failure such as an internal microprocessor.
The sensor wire on the input side might be broken or disconnected.
What are energize/de-energize alarms?
(ns-faq-green-9076-term)
For energize alarms, ON contact results when an alarm occurs. For de-energize alarms, OFF contact results when an alarm occurs. Note that OFF contact also results when the power fails.
Set them in the order, Alarm type → Alarm setting values. They will also not be displayed if you select an alarm for which no value is set.
If control is unstable after turning ON the power, this controller function automatically determines the optimal PID constant and restores control to a favorable state. Like auto tuning, this is a safe method that does not disturb the item being cont...
No. When an alarm occurs, it automatically recovers if values enter the normal range.
Before starting on setup parameters, there is a parameter called LOC. 0: No key lock 1: May not change settings other than target values in the operation screen 2: May not change any parameters -1: If switching to the setup parameter setting sc...
In the specification code, select voltage pulse output (-V). ON voltage: 12-18 VDC OFF voltage: 0.1 VDC or less (load resistance 600 Ω or more, short-circuit current approx. 30 mA)
No, but one is sold separately. UT130/UT150: L4000FB UT152: T9115YE UT155: T9115YD
The concept of hysteresis differs between control (On/Off control) and alarm relays. Hysteresis for control relays is described below. ...
PCBs (polychlorinated biphenyl) were banned from manufacturing and imports in 1975. The GREEN series began to be manufactured in 1997, and do not include PCBs.
The UT100 series has no output limit function. This is supported in the UT32A or higher models.
There is an OUT indicator lamp on the front panel that is linked to the OUT output. It is off when the output is OFF (0%), and lit when ON (100%). For values between those, it blinks in accordance with the output value. The larger the value, the fast...
The output becomes OFF (0%). However, with UT150/UT152/UT155 models that can set output upon STOP (EOT), the EOT setting is output.
If you have only one control output and you are only controlling cooling, select either -RN, -VN, or -AN. You can configure cooling control by changing parameter settings (set normal/reverse action switch DR to 1:Normal action)
If you set + dead zone in the settings, you can get an area where no outputs occur. If you set - dead zone, you can get an area where both outputs occur at the same time.
The are set with a real number. For temperature, it is set in degrees Celsius.
How do I change the input type?
(ns-faq-green-9014-spec)
If you change the input type, parameters will be initialized. We do not recommend that you make changes while in operation.
There is no current input range.
(ns-faq-green-9018-spec)
Use a resistor to input current as voltage. A resistor is available: X010-250-2 (250 Ω).
Set both item P on the heating side and item Pc on the cooling side to 0.0.
This is a protocol for communication with general purpose PCs and graphic panels. The UT130/UT150 can communicate with standard PCs. ...
Ladder communication is a protocol for communication with PLCs. Aside from Yokogawa PLCs, you can communicate with Mitsubishi MELSEC-Q/A series calculator link units (using A1SJ71UC24-R4 or A1SJ71C24-R4). ...
This is an overshoot suppression function that uses fuzzy logic. It constantly monitors deviation, and if it detects the possibility of an overshoot, it automatically changes the set point to a somewhat lower temp value (sub set point SSP). When y...
This is a protocol for communication with general purpose PCs and graphic panels, and also the FA-M3: You can communicate with Yokogawa PLC range free controller UT link modules and serial communication modules. Also, you can easily connect with PLCs...
Almost all items can be accessed, including PV reading, SP writing, and PID setting.
The PV value can be written by using the ladder sequence function of UTAdvanced series. However, when communication is interrupted, the PV value is retained.
Sample programs and dedicated communication materials are available for MELSEC-A/MELSEC-Q.
Check that the operating parameters UPR and DNR are both OFF.
This is a limit on the number of times you can write to the element used (EEP-ROM).
It depends on the model. The following lists the readable registers by model. UT100 series: D0001–D0009 UT300 series: D0001–D0008 UT400/UT500/UT700 series: D0001–D0025 UP350: D0001–D0008 UP550/UP750: D0001–D0025 ...
Ladder communication is used when communicating with the Computer link unit/Serial communication unit. Modbus/RTU is used for communication with the Modbus communication module.
Yes, the Auto tuning function.
If the operation mode is STOP or MAN, they are not displayed.
No, a UT100 series instrument cannot connect. Only other UTAdvanced series instruments can connect.
What are direct and reverse action?
(ns-faq-green-9017-term)
Generally, reverse action means heating control and direct action means cooling control. When output is reverse action, output is ON during PVSP.
Do Green series controllers support Ethernet?
(ns-faq-green-9009-connect)
Yes. This requires an RS-485/Ethernet converter such as VJET. The controller must also have a communication option. Some models can be connected directly with the UTAdvanced series.
These cannot be set when in Custom Computation mode.
Yes, but if you change some parameters, others will be initialized. We do not recommend that you make changes while in operation.

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