“SANSEL” series TCAL 1501 / 300 is a micro controller based precision “DRY BLOCK” temperature
calibrators generates true reference temperature. The temperature controller of the calibrators uses a auto tune
FUZZY PID controller algorithm. This response closely follows the heating curve of an actual thermal system.
Place the Thermocouples, RTDs – type (PT 100, K, R, S, B, etc.) to be calibrated in the calibrator. Set the
temperature from the 4.3 inch true TFT display with touch screen. Both Block and set temperature can be read.
When stabilization occurs, Simply read the temperature and re-calibrate the Thermocouples, sensor etc,. or
comparison with master Thermocouple / RTDs reading.

SANSEL Model TCAL 1501/250 of Liquid Temperature calibration bath range from Amb. +5 to 250 °C are high precision, better resolution, stability, fast in heating and cooling. Large volume testing area 60mm Dia x 120mm Depth to calibrate more number of Thermometer at a time with better uniformity using Magnetized stirring. These models can meet any calibration requirement in laboratories or in on site applications. This models are inbuilt measuring facility of the Thermocouples, RTD, Resistance, millivolt & milliamps to directly read the signals from most of the temperature sensors, indicator with sensor and Transmitter. Temperature range from Amb. +5 to 250 °C with high resolution 0.01 °C up to 250 °C. This model is mainly used in all industries, like Pharmaceutical, food, Research & calibration laboratories etc., These models are using 4.3” True colour TFT display with Touch screen, easy to read multi parameter at the same time like, Block temperature, set temperature, measure value, Real time clock with date & time, Control Output %, Stability time & status, Range of the equipment with necessary unit of measurement and three soft touch keys are used for measure configuration, settings, calibration etc.., It has one more advantage of help menu for operating instruction of the equipment via the same screen , Hence no need of Hard copy of Instruction manual.

SANSEL make online pH indicator Model pH 641 is a precis, rugged
and weather proof instrument carefully designed for the most accurate
measurement of pH in all industries. These instruments are completely IC version
using “MOSFET” input “OP -AMP” and CMOS ICs.
This instrument is a panel mountable with a compact standard size of 48 x 96 x
65mm with front end potmeter type easy adjustable 4pH & 7pH buffer calibration
option. This instrument operates from 90V to 270V AC / DC ,50Hz.

SANSEL make digital Conductivity(EC) meter DCM 200 is extremely useful for fast and accurate determination of Conductivity in a liquid. The use of solid state technology and IC circuitry makes this instrument versatile and reliable. The multi position selector switch quickly sets the digital display to the desired test range. The instrument is ideal for testing of natural water, drinking water, waste water, brine solution, sea water and soluble salts, etc.,.

 The RPMC 1700 Series is high precision Tachometer calibrator, generates true reference rotation per minute (RPM). This calibrator uses “German technology” with high speed motor, high precision encoder and adoption of a new power full 32 bit CPU in control drive, featuring automated gain tuning function, stability, stable stop, rugged in use and many more.

Due to it’s light weight and rugged Aluminium enclosure, it is suitable for in-house and on-site calibration of contact / non contact Tachometer, Tacho coil, Tacho generator, RPM indicator, RPM transmitter, Speedo meter, Proximity sensor, Stroboscope, etc,.

 SANSEL Model BCAL 1202, Black body Calibrator is used to measure the accuracy and performance of non-contact Thermometers. Infra red thermometer & online pyrometer calibration is performed by comparison of the temperature measured by UUC and target temperature indicated by the calibrator or using standard pyrometer. Focus the Unit Under Calibration (UUC) to be Calibrate to the target point given in BCAL 1202. Set the Temperature from the Touch screen display. Both True and set Temperature can be read. When Stabilization Occurs, Simply Read the Temperature and re-Calibrate the UUC. Applications in Energy – Production and Energy -Distribution Sectors Glass, Ceramic, Semi Conductor Industries Steel Material Processing Industries Calibration laboratories etc