UMA Industries manufactures and supplies the Chiller Temperature Controller for industrial cooling, chilled-process and equipment temperature control applications from its manufacturing unit in Village Sunped, Ballabgarh, Faridabad, Haryana, India. The product is intended for users who want stable relay-based temperature switching, easy preset adjustment and practical front-panel calibration in regular plant operation. It is a useful choice where a compact digital controller is needed to maintain a selected set value and support consistent cooling performance in chiller-based systems. Published website prices are company-confirmed, and the final configuration may be finalized during quotation according to the required application.
UMA Industries supplies and provides technical support to customers across India. Ready-stock compact products, controllers, spares and accessories may be dispatched by air courier within 3 working days, subject to availability, payment confirmation, destination serviceability and carrier schedules. Delivery timelines for complete salt spray chambers and other large equipment are confirmed separately according to model, capacity, packing and freight mode. For project-based buyers, the quotation stage can also be used to confirm sensor matching, panel space, wiring expectations and any optional control or accessory needs.
Industrial applications for the Chiller Temperature Controller
The Chiller Temperature Controller is commonly used where a refrigeration loop, cooling bath, jacketed assembly or process machine must maintain a preset temperature. Typical application areas include plastic processing support equipment, laboratory cooling setups, food and beverage process utilities, small packaged chillers, test rigs and general machine temperature regulation. In many plant environments, the controller is preferred because operators want a clear display, direct set-point entry and a relay output that can be tuned with hysteresis for practical switching control. When a system needs local operator access at the machine panel, the Chiller Temperature Controller offers a straightforward interface instead of a complicated multi-menu setup.
For buyers comparing related products, it may be helpful to review Digital Temperature Controller for general-purpose use, Digital Temperature Controller 72×72 for panel-size matching, Temperature Controller 2 Set Point for dual-set-point control logic and Oven Temperature Controller where heating-duty control priorities are different from chiller applications. Buyers who need multi-output or multi-stage logic may also compare Humidity Temperature Controller 4output and Temperature Controller 4 SetPoint before finalizing the control method.
How to select the right controller
Selecting a Chiller Temperature Controller begins with the process sensor, relay requirement and panel compatibility. The supplied product details mention a J type thermocouple input, a 3 digit LED display, a 220 Vac supply range and ABS / plastic body construction. During selection, confirm that the sensor type, mounting arrangement and relay logic suit your machine. Because temperature-control systems vary widely by machine design, optional wiring needs, enclosure constraints and control sequence should be finalized at the quotation stage. The Chiller Temperature Controller is therefore best evaluated together with the exact chill load, desired switching band and operator interface requirement.
For practical purchasing, it helps to define the working range, the acceptable temperature band, the preferred relay response and the location where the controller will be installed. A chiller used for small process cooling may need a different switching pattern than a plant utility loop or a laboratory bath. The customer can share the application details, panel cut-out, available supply voltage and sensor arrangement so UMA Industries can help confirm whether the controller is suitable or whether another controller family may be a better fit. This reduces the chance of mismatch and makes commissioning easier.
Selection checklist before placing an order
- Confirm the required temperature range and operating band for the machine.
- Check whether the supplied J type thermocouple input suits the existing sensor plan.
- Verify panel space, wiring access and mounting arrangement before finalizing the order.
- Review the desired relay switching behavior and hysteresis needs for the chiller.
- Use quotation stage to confirm optional controls, accessories and configuration details.
Set value adjustment and relay hysteresis
Operation starts with the preset temperature. As supplied in the product details, the operator can press SET once, use UP and DN to adjust the required value, and press ENT to save the preset value. The relay hysteresis setting then defines the difference between relay ON and OFF values, which helps reduce rapid cycling. This is important in cooling equipment because too-narrow switching can increase wear, while too-wide switching can create unnecessary process variation. The Chiller Temperature Controller is intended to give the operator a practical balance between response and stability.
For routine use, the process should be understood as a simple control loop: the sensor reads the temperature, the controller compares it with the preset value, and the relay changes state according to the defined hysteresis. If the hysteresis is kept too tight, the relay may switch too frequently in a fluctuating process. If the hysteresis is too broad, the process may drift more than desired before switching occurs. In actual plant use, the best setting depends on the thermal mass of the machine, the load variation and the cooling response of the system.
Practical operation steps
- Install the controller in a suitable panel cut-out and connect the correct sensor and supply.
- Switch on power and confirm that the display is readable and stable.
- Press SET once and adjust the target value with UP and DN.
- Press ENT to store the preset value.
- Set hysteresis to reduce unwanted relay cycling and to suit the chiller’s response time.
Calibration process and field verification
The calibration process supplied for the Chiller Temperature Controller is designed for field adjustment against the actual process temperature. First compare the actual temperature with the displayed value and note the difference. Then switch off power, press SET and UP together, switch power on, and release the keys when CAL value appears. After that, use UP or DOWN to correct the reading by the difference value. This process should be used carefully by trained personnel so that the display represents the process condition in the intended way.
The practical purpose of calibration is to align the displayed temperature with the actual process temperature seen at the machine or test point. Before making an adjustment, it is good practice to verify the sensor position, allow the process to stabilize and compare the controller reading with a trusted reference. If the process temperature is still changing quickly, the correction may not be meaningful. After calibration, recheck the display after a short stabilization period so that the adjustment can be confirmed in real operating conditions.
The source details describe the correction value as a difference value used for calibration. Because the controller is applied in industrial systems, the adjustment should be made with care and only after the actual measurement point is identified. If a customer is unsure about the calibration procedure, UMA Industries can review the application during quotation or technical support discussion so the process is clear before installation.
Calibration and commissioning checklist
- Compare the displayed value with the actual measured temperature.
- Allow the process to stabilize before adjusting the CAL value.
- Use the power-off, SET+UP, power-on method exactly as supplied in the product details.
- Verify the reading again after adjustment to confirm the result.
- Keep a note of the final setting for future maintenance reference.
Technical overview and buying notes
The supplied technical details for the this product mention a 000 to 400 degree range, +/- 2-degree centigrade tolerance, 3 digit LED 0.56? character height, front-panel calibration by touch switch, J type thermocouple, 220 Vac source supply with 180 to 240 Vac range and ABS / plastic body. These are useful buying points for panel engineers and maintenance teams who want a compact industrial controller for cooling duty. If your project needs a different enclosure size or operating arrangement, the quotation can be used to confirm the correct version. The this product should always be matched to the machine’s thermal process rather than selected only on display size.
Customers preparing a quotation should provide the process temperature target, the sensor requirement, the panel mounting preference and the expected operating environment. If the controller is being used in a machine that already has control relays, alarms or other logic, those details should also be shared. This helps UMA Industries prepare a more accurate quotation and avoids rework at the installation stage. Published prices are company-confirmed, and product size, capacity, internal and external dimensions, power supply, optional controls/accessories, delivery schedule and mode of transport may be finalized or changed according to customer requirements in the quotation or proforma invoice.
It is also useful to note that related temperature-control products may be better suited to other tasks. For example, oven-duty controllers often need different timing or switching behavior, while multi-output controllers may be used where fan, heater or multi-stage sequences are required. If you are comparing product families, the linked related products above can help buyers understand alternative control architectures before finalizing the purchase.
Routine verification, maintenance and safety
Good practice for the this product includes periodic verification of display accuracy, sensor condition, terminal tightness and control response. Maintenance is usually straightforward: keep the front panel clean, protect the unit from moisture ingress, confirm that wiring stays secure, and inspect the sensor lead for damage or loose contact. If the process is unstable, first verify the sensor, then review hysteresis, and only after that review the machine’s refrigeration and load conditions. Safety-wise, the controller should be installed by qualified personnel with power isolated during wiring and parameter changes. Because the unit is used in industrial panels, proper grounding, enclosure protection and cable management are part of responsible installation.
For long-term reliability, operators should also keep the controller area free from oil, steam and excessive vibration where possible. Any loose terminal connection can affect control stability, and any damaged sensor lead can create false readings. During planned shutdowns, it is sensible to inspect the panel for dust buildup, verify the display against a reference and confirm that the relay switching still matches the required operating band. These checks are basic but valuable for maintaining consistent process control.
Why choose UMA Industries for this controller
UMA Industries manufactures the this product in Faridabad and supports buyers across India with practical product guidance, quotation-stage configuration and application-based selection support. This makes the page suitable for maintenance teams, machine builders and procurement buyers who need a controller for chilled-process duty rather than a generic consumer thermostat. The product description should be read together with the system’s sensor requirements, relay behavior and panel layout so that the final selection matches the actual machine. The this product is therefore positioned as a compact, industrial-use temperature solution with straightforward operation and a clear calibration method.
Manufactured at UMA Industries’ unit in Village Sunped, Ballabgarh, Faridabad, Haryana, India, the controller is presented as a practical option for industrial buyers who want direct communication with the supplier and application-oriented support. For customers who are comparing multiple temperature-control products, the related links can help narrow the choice before the quotation is issued. UMA Industries supplies and provides technical support to customers across India, which is useful for businesses that want an informed discussion before placing an order.
FAQs
What is the Chiller Temperature Controller used for?
The this product is used to maintain a selected temperature in cooling and chilled-process systems by switching a relay based on the measured input.
How do I set the temperature on the this product?
As supplied in the product details, press SET once, use UP and DN to change the value, and press ENT to save the preset temperature.
How is the this product calibrated?
Compare actual temperature with the display, then use the power-off, SET+UP, power-on method described in the source to adjust the CAL value.
Does the this product use a J type thermocouple?
Yes, the supplied technical details mention J type thermocouple input for this model.
What supply voltage is supported?
The source details mention 220 Vac supply with a 180 to 240 Vac range, so the panel supply should be checked during selection.
Can this controller be used for other temperature-control machines?
Yes, but the this product should be matched to the machine’s sensor, relay and process requirements before use.
Is this a Faridabad-manufactured product?
Yes. It is manufactured at UMA Industries’ unit in Village Sunped, Ballabgarh, Faridabad, Haryana, India.
How can I order or request a quotation?
Use the website enquiry flow or contact UMA Industries for pricing confirmation, panel matching and quotation-stage configuration support. The this product can be discussed with your application details so the correct version is selected.
If you need a practical industrial controller for chilled-process operation, the this product is ready for review with UMA Industries’ technical support team. Please contact us with your panel size, sensor requirement and operating temperature target so the quotation can be matched to your application. this product is supplied with the final configuration recorded in the customer quotation or proforma invoice.
Selection Guidance for Chiller Temperature Controller
Use the verified product configuration, installation conditions and required control functions when selecting Chiller Temperature Controller.
Chiller Temperature Controller is supplied with the final configuration recorded in the customer quotation or proforma invoice.
Need help choosing? Call/WhatsApp us for industrial pH/ORP solutions.
Reviews
There are no reviews yet.