Our Products:
Temperature Sensor Transmitters
HC2-S3
Meteorology Probes
Applications
HAVC, food stores, health inspection agencies, warehouse mapping, building automation systems, paper, textile and pharmaceutical industries.
Use
Handheld instruments, data loggers, transmitters, OEM systems
Highlights
- Measures relative humidity, temperature and dew/frost point
- Saves up to 2,000 measurement pairs*
- Range of application 0…100 %rh / -50…1000C
- UART interface and freely scalable analog signals 0…1 V
- Standard scaling 0…1 V = 0…100 %rh / -40…600C
- Probe with adjustment profile ‘Standard’ factory adjustment certificate
HC2-S3 Temperature Sensor Transmitters
Meteorology Probes
Applications
HAVC, food stores, health inspection agencies, warehouse mapping, building automation systems, paper, textile and pharmaceutical industries of the Temperature Sensor Transmitters Manufacturer in Pune.
Use
Handheld instruments, data loggers, transmitters, OEM systems
Highlights
- Measures relative humidity, temperature and dew/frost point
- Saves up to 2,000 measurement pairs*
- Range of application 0…100 %rh / -50…1000C
- UART interface and freely scalable analog signals 0…1 V
- Standard scaling 0…1 V = 0…100 %rh / -40…600C
- Probe with adjustment profile ‘Standard’ factory adjustment certificate
HP23 Temperature Sensor Transmitters
The Ultimate Handheld Instrument for Climate Measurements
The HP23 is a state-of-the-art handheld instrument and calibrator designed for high-accuracy climate measurements. Powered by AirChip Digital Technology, it ensures unmatched precision, reliability, and measurement reproducibility.
Key Features
- Superior Accuracy – Ensures the highest possible measurement precision.
- Humidity & Temperature Monitoring – Measures relative humidity, temperature, and psychrometric values.
- Dual Probe Inputs – Supports both digital and analog interchangeable probes.
- Advanced Data Logging – Stores up to 20,000 data points with a real-time clock.
- Multi-Location Data Capture – Records 250 data points per location for up to 8 locations.
- Efficient Calibration – Enables probe adjustment with a dew point reference.
- User-Friendly Design – Battery status indicator with built-in charging function.
Hygroclip XD
The Most Versatile Hygroclip² Probe
Advanced AirChip 3000 Digital Technology for Superior Climate Measurement
The Hygroclip XD is the latest innovation in humidity and temperature sensing, featuring AirChip 3000 Digital Technology for unmatched accuracy and reliability. Designed for versatility and precision, this probe is ideal for industrial and research applications requiring high-performance environmental monitoring of the Temperature Sensor Transmitters Manufacturer in Pune.
Key Features
- Measures Humidity & Temperature – Accurately tracks both relative humidity and temperature.
- Dew & Frost Point Calculation – Automatically calculates dew and frost points for better analysis.
- Flexible Power Options – Works with both AC and DC power (5 to 24V).
- Multiple Output Types – Offers different voltage and current output options for easy system integration.
- Easy to Customize – Output settings can be adjusted using software.
- High Accuracy – Delivers precise results with excellent repeatability.
- Long-Term Stability – Less than 1% RH drift per year for consistent performance.
- Digital Interface – Allows for quick calibration and smooth data processing.
HC2-S3
Meteorology Probes
Applications
HAVC, food stores, health inspection agencies, warehouse mapping, building automation systems, paper, textile and pharmaceutical industries.
Use
Handheld instruments, data loggers, transmitters, OEM systems
Highlights
- Measures relative humidity, temperature and dew/frost point
- Saves up to 2,000 measurement pairs*
- Range of application 0…100 %rh / -50…1000C
- UART interface and freely scalable analog signals 0…1 V
- Standard scaling 0…1 V = 0…100 %rh / -40…600C
- Probe with adjustment profile ‘Standard’ factory adjustment certificate
HC2-S3
Meteorology Probes
Applications
HAVC, food stores, health inspection agencies, warehouse mapping, building automation systems, paper, textile and pharmaceutical industries.
Use
Handheld instruments, data loggers, transmitters, OEM systems
Highlights
- Measures relative humidity, temperature and dew/frost point
- Saves up to 2,000 measurement pairs*
- Range of application 0…100 %rh / -50…1000C
- UART interface and freely scalable analog signals 0…1 V
- Standard scaling 0…1 V = 0…100 %rh / -40…600C
- Probe with adjustment profile ‘Standard’ factory adjustment certificate
HC2-S3
Meteorology Probes
Applications
HAVC, food stores, health inspection agencies, warehouse mapping, building automation systems, paper, textile and pharmaceutical industries.
Use
Handheld instruments, data loggers, transmitters, OEM systems
Highlights
- Measures relative humidity, temperature and dew/frost point
- Saves up to 2,000 measurement pairs*
- Range of application 0…100 %rh / -50…1000C
- UART interface and freely scalable analog signals 0…1 V
- Standard scaling 0…1 V = 0…100 %rh / -40…600C
- Probe with adjustment profile ‘Standard’ factory adjustment certificate
HC2-S3
Meteorology Probes
Applications
HAVC, food stores, health inspection agencies, warehouse mapping, building automation systems, paper, textile and pharmaceutical industries.
Use
Handheld instruments, data loggers, transmitters, OEM systems
Highlights
- Measures relative humidity, temperature and dew/frost point
- Saves up to 2,000 measurement pairs*
- Range of application 0…100 %rh / -50…1000C
- UART interface and freely scalable analog signals 0…1 V
- Standard scaling 0…1 V = 0…100 %rh / -40…600C
- Probe with adjustment profile ‘Standard’ factory adjustment certificate
Temperature Sensor Transmitters – Frequently Asked Questions (FAQ)
1. What is a temperature sensor transmitter?
A Temperature Sensor Transmitter manufacturers is a unit that converts a crude temperature signal from sensors like RTD or thermocouples into a standardised output signal of 4–20 mA, 0–10 V, HART, Modbus, or wireless, which is more convenient for monitoring and controlling.
2. What kinds of temperature sensors can be linked to transmitters?
The majority of the transmitters are designed to work with and support:
RTD (Pt100, Pt1000)
Thermocouples (types K, J, T, E, N, R, S, B)
Thermistors (in some cases)
3. Why is a temperature transmitter preferred over direct wiring of a sensor?
The advantages are:
Amplification of the signal and reduction of noise
Transmission over long distances without signal loss
Standard output (4–20 mA, digital protocols)
Higher accuracy and stability
Temperature linearization done inside
4. What is the distinction between a head-mounted and rail-mounted transmitter?
Head-mounted: It is installed inside the sensor connection head (DIN head). It is perfect for small installations.
Rail-mounted: It is placed in control panels on DIN rails. It is appropriate for multi-channel or centralized systems.
5. Which output signals are given by temperature transmitters?
The most common outputs are:
4–20 mA
0–10 V
HART
Modbus (RTU/TCP)
Foundation Fieldbus, Profibus
Wireless (LoRa, Bluetooth, ISA100, WirelessHART)
6. Is it possible to calibrate temperature transmitters?
Absolutely. Temperature Sensor Transmitters Manufacturer in Pune can be calibrated by:
Using PC configuration software
Mobile apps (for Bluetooth models)
Portable configurators (HART communicator)
Zero/span adjustment in analog models
7. What is the expected accuracy for a temperature transmitter?
The accuracy varies according to the model and sensor type, but generally is from ±0.1 °C to ±1 °C. RTDs are the best and most accurate option, while thermocouples perform the lowest.
8. Are transmitters powered only by external power?
Loop-powered transmitters typically 4–20 mA mainly utilize loop power (which is usually 24 V DC) for their operation.
Digital or wireless transmitters, on the other hand, can be powered by batteries or have their own separate power supplies.
9. What is the linearization of the sensor?
Sensors produce nonlinear outputs. Transmitters carry out the mathematical correction so that the output is in perfect correspondence with the actual temperature.
10. In what places are temperature transmitters frequently found?
The main applications are in the following fields:
Industrial process control (oil & gas, chemical plants)
HVAC and building automation
Food and beverage processing
Power plants
Pharmaceutical and clean-room environments
Water and wastewater treatment
