Honeywell DC1010CL-101-000-E

3200 INR/Piece

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Honeywell DC1010CL-101-000-E Price & Specifications

Type Digital Temperature Controller

Theory PID Control (Proportional-Integral-Derivative)

Temperature Range -10A C to 50A C (Ambient), Control 0~999A C / 0~3000A F (Input Dependent)

External Size 48 x 48 mm (1/16 DIN)

Exterior Material Plastic Panel Housing

Controller System Microprocessor-Based

Capacity 1 Control Loop

About Honeywell DC1010CL-101-000-E Detail

HoneywellDC1010CL-101-000-E - Dealer, Supplier

Weare dealer and supplier of Honeywell DC1010CL-101-000-E in India,Mumbai, Delhi, Ahmedabad, Chennai, Kolkata, Pune, Nashik, Aurangabad,Nagpur, Vapi, Silvassa, Surat, Vadodara, Rajkot, Gandhidham, Morbi,Indore, Bhopal, Faridabad, Ghaziabad, Noida, Gurgaon, Coimbatore,Bangalore, Hyderabad, Kanpur, Goa, Visakhapatnam, Cochin, Ernakulam,Ludhiana, Chandigarh, Baddi, Dehradun, Sangli, Satara, Ichalkarnji,Solapur, Kupwad, Kolhapur, Pimpri, Chinchwad, Jalgaon, Surat, Baroda,Morbi, UAE, Bangladesh, Nepal, Bhutan, Dubai, Saudi Arabia, UnitedArab Emirates, Abu Dhabi, Bahrain, Qatar, Muscat, Oman, Sri Lanaka,South Africa, Myanmar, Thailand, Vietnam, Jakarta, Indonesia. We areDealer, Supplier of Honeywell TemperatureController, Limit switch, Micro switch, Pressure Transmitter.

Advanced PID Temperature Control

Utilizing microprocessor-based PID control technology, the Honeywell DC1010CL-101-000-E offers reliable and precise temperature management for a single loop system. Suitable for diverse industrial processes, the controller adapts easily to different sensor inputs, enhancing versatility in both new and retrofit installations.

Flexible Output and Communication Options

Choose among relay, voltage pulse, or current outputs depending on your control requirements. Optional RS485 Modbus communication facilitates connectivity with automation systems, making integration with existing plant infrastructure simple and effective for data logging or remote adjustments.

Robust and Easy-to-Integrate Design

Its panel-mountable plastic housing and compact DIN size (48 x 48 mm) ensure straightforward installation. The front panel's IP54 protection level offers resistance against dust and moisture, ideal for challenging industrial environments throughout India.

FAQ's of Honeywell DC1010CL-101-000-E:

Q: How do I install the Honeywell DC1010CL-101-000-E temperature controller into my panel?

A: To install, prepare a panel cutout of 45 x 45 mm and mount the controller using the supplied hardware. Ensure the external dimensions (48 x 48 mm) are accommodated. Follow wiring instructions in the manual for power supply and sensor connections to ensure proper functioning.

Q: What types of input sensors does this controller accept?

A: The DC1010CL-101-000-E accepts universal inputs, including thermocouples, RTDs, voltage, and current signals. This flexibility allows the device to integrate with a wide range of temperature measurement sensors used across different applications.

Q: When should I use the optional RS485 Modbus communication?

A: Optional RS485 Modbus communication is beneficial if you need remote monitoring or control, integration with SCADA systems, or centralized data logging. Use this feature when your process requires real-time data sharing and networked management capabilities.

Q: Where is the best environment to use this controller?

A: Designed for ambient temperatures from -10C to 50C, and with a front panel IP54 rating, the controller is suitable for use in industrial settings that may involve light dust or moisture. Environments requiring panel-mounted controllers will benefit most.

Q: What is the process for setting up alarm outputs in the DC1010CL-101-000-E?

A: Standard models include one alarm output. Configure alarm parameters via the front keypad and LED display, referencing set points and alarm types in the user manual. Alarm output can be used for process deviations or safety interlocks.

Q: How does PID control improve temperature regulation with this device?

A: PID control continuously calculates the error between set and measured values, adjusting the control output to minimize deviation. This produces stable and accurate temperature management, reducing overshoot and process variability, resulting in higher product quality and efficiency.