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Honeywell Temperature Transmitter

Name: Honeywell Temperature Transmitter
Brand: FUTURISTIC TECHNOLOGIES
Price: 4500.00 INR
Availability: InStock

Price 4500.00 INR/ Piece

Get a Price/Quote

MOQ : 60 Pieces

Honeywell Temperature Transmitter Specification

Phase
Single Phase

Weight
Approx. 300g

Load Capacity
Standard Load

Automation Grade
Automatic

Application
Industrial, HVAC, Process Monitoring

Remote Control
Yes

Control Type
Analog/Digital

Cable Length
As per requirement

Processor Type
Microprocessor Based

Connectivity Type
4-20mA, HART Protocol

Mounting Type
DIN Rail, Field Mount

IP Rating
IP66

Features
High Accuracy, Compact Design, Easy Calibration

Frequency
50/60 Hz

Sensor Type
RTD, Thermocouple Compatible

Material
Metal

Power
24V DC

Temperature
-40C to +120C

Voltage
8-30 Volt (v)

Ingress Protection
IP66 (Dust & Water Resistant)

Calibration
Factory Calibrated, Field Adjustable

Ambient Temperature Limits
-40C to +85C

Output Signal
4-20mA, Superimposed Digital Communication

Electrical Connection
Screw Terminals

Enclosure Material
Polycarbonate/Metal

Response Time
1 Second

Accuracy
0.1% of Span

Explosion Protection
Optional: ATEX/IECEx Certified

Display
No Integrated Display

Honeywell Temperature Transmitter Trade Information

Minimum Order Quantity
60 Pieces

Supply Ability
100 Pieces Per Week

Delivery Time
1 Days

Main Domestic Market
All India

About Honeywell Temperature Transmitter

Owing to support of knowledgeable engineers, we are engaged in offering a wide range of Honeywell Temperature Transmitter. Available in wide range of configurations, our Temperature Transmitter is easy to use and highly appreciated in the market due to its rust proof finish and impeccable performance. Perfect for use in temperature monitoring applications, we are offering these temperature transmitters to our clients at economical prices. Our quality analyzer duly checks this product before supply to clients.

Frequently Asked Questions:

1. What type of sensor will be used in a temperature transmitter?

Ans: The temperature sensor is generally an RTD, Thermistor or Thermocouple sensor, which will interface with a DCS, PLC, data logger or hardware display.

2. What causes a temperature transmitter to fail?

Ans: Most failures are caused by ongoing vibration, loose terminations, corroding connections, or chemical attack.

3. Do temperature transmitters require calibration?

Ans: Yes

4. What are the three main types of temperature sensors?

Ans: Thermocouples, RTDs, thermistors, and semiconductor

5. Which material is used in temperature sensor?

Ans: Sensors are most commonly composed of metals, such as platinum, nickel, or copper.

High Accuracy and Reliability

With an impressive accuracy of 0.1% of span and a fast one-second response time, the Honeywell Temperature Transmitter delivers dependability for critical applications. This precision is essential in industrial settings where even minor deviations can impact processes or product quality. Factory calibration ensures immediate use, while field adjustability provides long-term versatility and confidence.

Rugged Design for Harsh Environments

Designed for tough industrial conditions, the transmitter operates within a wide ambient temperature range (-40C to +85C) and provides comprehensive ingress protection (IP66) against dust and water. Optional ATEX/IECEx certification safeguards installations in potentially explosive atmospheres, making it a secure choice for hazardous areas.

Flexible Installation and Integration

Offering DIN rail or field mounting and screw terminal connections, this transmitter is engineered for easy integration into new or existing systems. The 4-20mA analog output with HART protocol compatibility allows seamless communication with a variety of process controllers, automation systems, and monitoring platforms.

FAQ's of Honeywell Temperature Transmitter:

Q: How is the Honeywell Temperature Transmitter installed and connected?

A: The transmitter supports both DIN rail and field mounting options, making it adaptable to various installation requirements. Electrical connection is facilitated through screw terminals, simplifying the wiring process for both new and retrofit installations.

Q: What are the main benefits of using this transmitter in industrial applications?

A: Key benefits include high measurement accuracy (0.1% of span), a wide operational temperature range, IP66 ingress protection, optional ATEX/IECEx explosion safety, fast response time, and flexible signal output (4-20mA with HART). Together, these features ensure reliable and safe operation in challenging industrial environments.

Q: When should field calibration or adjustment be performed?

A: While the transmitter is factory calibrated for convenience, field calibration or adjustment may be performed whenever site conditions, process requirements, or sensor replacements necessitate fine-tuning for optimal performance.

Q: Where can this temperature transmitter be used?

A: It is ideally suited for industrial, HVAC, and process monitoring applications. Its rugged design and certification options make it particularly effective in demanding environments, including hazardous zones where explosion protection is necessary.

Q: What is the process for integrating the transmitter with automation systems?

A: Integration is straightforward using the standard 4-20mA analog output, which is compatible with most process controllers and SCADA systems. For enhanced communication, the superimposed HART protocol enables digital configuration, calibration, and monitoring.

Q: How does the transmitter ensure accurate temperature measurements?

A: The device utilizes RTD and thermocouple sensor compatibility, microprocessor-based signal processing, and precise factory calibration, all contributing to high accuracy within 0.1% of the span across its full operating range.

Q: What types of power supply are supported, and what is the required voltage?

A: The transmitter operates on a standard 24V DC power supply, with acceptable voltage ranging from 8 to 30 volts, ensuring flexibility for different site power arrangements.

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