Tunix Corporation Indore, Madhya Pradesh

• MOQ 5 Piece(s)
• TypeDry Block Temperature Calibrator
• CertificationCE Certified
• ApplicationRTDs, Thermocouple Calibration
• ColorBlack
• ConditionNew
• Frequency50Hz
• Driven TypeElectric
• Temperature Range-30-100°C
• FeatureDurable, High Performance, Stable Performance
• Current TypeAC
• Brand NameTunix Corporation
• Accuracy± 0.05 ˚C

Negetive Dry Block calibrator Model: ED-27X Description : Fully Portable, easy to carry Calibration of thermometers, temperature sensors, temperature indicators. Proficient Temperature Calibration for Sub Zero Ranges. No Bulky Compressors. Technical specification Temperature Range: -30 ˚C to +100 ˚C @ 25 ˚C ambient temperature. Resolution: 0.1. Control accuracy: Set point ± 0.05 ˚C. Thermal stability ± 0.01 ˚C @100 ˚C (calculated after stabilization time of 10 minutes). ± 0.01 ˚C @ - 30˚C (calculated after stabilization time of 10 minutes). Thermal Nonuniformity (Radial): ± 0.15 ˚C @100 ˚C (calculated after stabilization time of 10 minutes). ± 0.10 ˚C @-30˚C (calculated after stabilization time of 10 minutes). Stabilization Time/settling time: 10 minutes after set point is achieved. Metal(SS) Sound: 30 dB Power Consumption: single phase 170 Watt maximum Current : 0.7 A Power supply: 100-240 VAC @50-60 Hz. Time to reach 100 ˚C (5 Minutes) from 25 ˚C ambient temperature. Power supply: 100-240 VAC @50-60 Hz. Current : 0.7 A Power Consumption: single phase 170 Watt maximum. Sound: 30 dB Enclosure Metal(SS) Weight: 13 Kg

• MOQ 1 Piece(s)
• Measure Range0 to 9990 ppm
• Accuracy+ - 2 %
• Brand NameTunix
• ModelTAP-2B
• FeatureHold function,Dual range

• MaterialMS Powder Coated
• Temperature Range-25 Deg C to 100 Deg C
• Display TypeDigital
• Power Supply230 VAC
• ColorBlack
• FeaturesComapact,Higher stability and Non Uniformity
• Consumed PowerSingle phase 300 watt
• Current3A
• Usage/ApplicationCalibration of Low temperature Infrared Thermometer and Infrared Sensors of Range from -25 Deg C
• Brand NameTunix
• Control AccuracyBetter than +/- 0.1 Deg C
• Thermal Stability+/- 0.1 Deg C
• Thermal Non Uniformity+/-0.15 Deg C
• Time to reach -20 Deg C20 Min