SANSEL BCAL 40 Black Body Calibrator is specifically engineered for calibration of non-contact medical thermometers and thermal imaging systems. Designed to simulate human body temperature conditions, it ensures accurate validation of fever screening devices used in healthcare and safety applications.

Unlike conventional systems, BCAL 40 incorporates advanced solid-state heating and cooling technology, enabling both heat and cool generation for stable operation across varying ambient conditions. The intuitive 3.5-inch true color touchscreen provides real-time display of multiple parameters including set temperature, actual temperature, control status, and output level.

SANSEL BCAL 1502 High Temperature Infrared Black Body Calibrator is a microcontroller-based precision instrument designed to generate true reference temperature for accurate calibration of infrared thermometers and pyrometers. Utilizing advanced Auto Tune PID control algorithms, the system ensures excellent thermal stability and uniformity, making it suitable for high-temperature calibration applications.

The calibrator allows direct comparison between the Unit Under Calibration (UUC) and the reference temperature, ensuring traceable and reliable calibration results. With an intuitive touchscreen interface, users can easily set and monitor both target and actual temperatures. Once the system stabilizes, precise calibration readings can be recorded, ensuring compliance with industrial standards.

The SANSEL Infrared Black Body Calibrator BCAL502 is a high-precision temperature calibration instrument designed for accurate verification of non-contact temperature measurement devices. Equipped with a bright 4+4 digit 7-segment LED display, it ensures clear visibility of both set and process temperature values, enabling precise monitoring during calibration procedures. With a wide operating range from 50°C to 500°C and fine resolution of 0.1°C, this calibrator delivers consistent and repeatable results across various industrial applications.

Engineered for reliability, the BCAL502 provides superior accuracy better than ±0.5°C at 100°C and ±1.8°C at 500°C, along with excellent stability of ±0.2°C, ensuring dependable performance in critical calibration environments. Its rugged and portable design makes it ideal for both laboratory and field calibration of infrared thermometers, thermal sensors, and pyrometers.

The dual display timer offers simultaneous monitoring of multiple timing operations.
Provides flexibility for complex industrial processes.
High visibility display ensures easy reading.
User-friendly interface supports quick configuration.
Robust design ensures long-term reliability.
Ideal for laboratories, workshops, and industrial environments.

The digital timer provides accurate timing solutions for various applications.
4-digit display ensures clear visibility of time values.
Supports process monitoring and equipment control.
User-friendly interface simplifies operation.
Durable design ensures reliable performance.
Suitable for industrial, laboratory, and commercial use.

The set point counter enables precise control and monitoring of counting processes.
Allows users to set thresholds and trigger alarms or actions.
Enhances automation and process efficiency.
User-friendly interface ensures easy configuration.
Suitable for industrial and laboratory applications.
Improves productivity and quality control.

The digital counter is designed for accurate counting in industrial environments.
6-digit display ensures precise and clear counting results.
User-friendly interface simplifies configuration and operation.
Suitable for manufacturing and packaging industries.
Robust design ensures durability in harsh conditions.
Provides reliable and efficient counting performance.

The RPM indicator provides accurate display of rotational speed in industrial systems.
Ensures real-time monitoring of motor and shaft performance.
High visibility display allows easy reading during operation.
Suitable for various industrial and mechanical applications.
Durable design ensures long-lasting performance.
Enhances operational safety and efficiency.

The RPM controller is designed for precise monitoring and control of rotational speed.
Ensures stable and accurate performance across industrial applications.
Provides real-time data for efficient machine operation.
User-friendly design enables easy setup and operation.
Robust construction ensures durability in harsh environments.
Ideal for automotive and manufacturing industries.

The RPM controller and transmitter provides accurate monitoring of rotational speed in industrial applications.
Supports real-time feedback for improved machine performance.
High precision ensures reliable measurement of motor and shaft speeds.
User-friendly interface simplifies operation and configuration.
Suitable for automotive, manufacturing, and power industries.
Ensures safety and efficiency in rotational systems.