Humidity And Temperature Sensor Suppliers

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Humidity And Temperature Sensor Suppliers Specification

Output
Digital

Theory
Capacitive Sensor

Type
Humidity and Temperature Sensor

Accuracy
2%RH / 0.3C

Operating Voltage
2.2V to 5.5V

Output Voltage
2.2V to 5.5V

Compensated Temperature
0C to +80C

Storage Temperature
-40C to +125C

Operating Temperature
-40C to +125C

Long-term Stability
0.5% RH/year

Communication Interface
I2C, 1-Wire, or Analog (vary by model)

Application
HVAC, Weather Monitoring, Industrial Automation, Data Loggers

Sensor Material
Polymer

Humidity Measurement Range
0% 100% RH

Response Time
<8 seconds (humidity)

Temperature Measurement Range
-40C to +125C

About Humidity And Temperature Sensor Suppliers

Humidity And Temperature Sensor:

Our domain expertise has enabled us to come up with quality Humidity And Temperature Sensor. The products we offer are designed and engineered under the notable guidance of our diligent professionals. Furthermore, our products are timely delivered at clients disposal, with the assistance of wide distribution network.

Kimo's TH 110 measured humidity and temperature from 5 to 95% RH and from 0 to 50^oC.

Salient Features :

Measuring range from 5 to 95% RH and from 0 to 50^oC (ambient model) or from -20 to +80^oC (duct or remote model)
0-10 V output or 4-20 mA output
With or without 10-digits LCD display
Housing with simplified mounting system
Software or DIP switch configuration
Quick and easy mounting with the 1/4 turn system with wall-mount plate

Technical details :

Ambiant model
Sensor	Min	Max
Temperature	0.00 ^oC	50.00 ^oC
Humidity	5.00 % RH	95.00 % RH
Duct or remote model
Sensor	Min	Max
Temperature	-20.00 ^oC	80.00 ^oC
Humidity	5.00 % RH	95.00 % RH

Technical details :

Parameters	Humidity Temperature
Displays	No 1-line display
Standards	2011/65/EU RoHS II 2012/19/EU WEEE 2014/30/EU EMC 2014/35/EU Low Voltage
Power supply	24 Vac/Vdc (Active) or 16/30 Vdc (Passive)
Outputs	0-10 V (Active) or 4-20 mA (Passive)
Ethernet communication	No
Modbus network	No

Instrument Dimensions :
Length	Width	Height	Weight
90.00 mm	46.00 mm	109.00 mm
Operating temperature
Min		Max
0.00 ^oC		50.00 ^oC
Storage temperature
Min		Max
-10.00 C		70.00 ^oC

Supplied with :

1 ABS plate (exept ambient model)
1 Data sheet
1 User manual

Wide Measurement Ranges for Critical Applications

These sensors cover the entire spectrum of relative humidity (0%100% RH) and extreme temperatures from -40C up to +125C, making them ideal for use in harsh industrial, commercial, and environmental conditions. With rapid response and accurate readings, they help maintain optimal system performance across HVAC, weather stations, and automation setups.

High Stability and Fast Response for Reliable Monitoring

Featuring a responsive measurement speed of less than 8 seconds for humidity and long-term stability of 0.5% RH/year, these sensors ensure precise data over extended periods. Their robust polymer construction and compensable performance between 0C and +80C make them well-suited for continuous and demanding monitoring requirements.

Versatile Output and Interfaces for Seamless Integration

Available in digital output formats and supporting I2C, 1-Wire, or analog communication, these humidity and temperature sensors provide flexible integration paths for diverse applications. Their standardized voltage ranges simplify connectivity, allowing easy use across different platforms and system architectures.

FAQs of Humidity And Temperature Sensor Suppliers:

Q: How are these humidity and temperature sensors used in industrial automation applications?

A: These sensors are integrated into industrial automation systems to monitor ambient conditions, ensure quality control, and optimize operational efficiency. Their fast response and high accuracy enable real-time data logging and environmental adjustments within production environments.

Q: What benefits do these sensors offer for HVAC systems?

A: In HVAC applications, they provide reliable measurement of humidity and temperature, allowing for precise climate control. The broad measurement range and robust stability help maintain comfortable and safe indoor environments while enhancing energy efficiency.

Q: Where can these sensors be installed for weather monitoring purposes?

A: These sensors are suitable for installation in weather stations, agricultural sites, or environmental monitoring equipment. Their durability and wide operating temperature range ensure they function efficiently outdoors, even in challenging weather conditions.

Q: What is the process of integrating these sensors with data loggers?

A: Integration typically involves connecting the sensor via the available interfacesuch as I2C, 1-Wire, or analogto the data loggers input. Once connected, the sensor outputs digital data, which the logger records and processes for analysis or reporting.

Q: When should these sensors be calibrated or serviced?

A: Thanks to their long-term stability of 0.5% RH/year, these sensors require minimal calibration, making them ideal for continuous use. Calibration or servicing may be necessary during scheduled maintenance or after long-term deployment to ensure ongoing accuracy.

Q: What communication interfaces are available for these sensors and how does that affect usage?

A: Models support I2C, 1-Wire, or analog interfaces, allowing them to be used with a variety of controllers and data logging systems. The choice of interface depends on the system requirements and desired mode of integration, enhancing application flexibility.

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