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HUITAI GDT-408CH High and low temperature alternating climate chamber with Humidity control 408L/-60~ 150 ℃

SE
Temperature range -60~ 150 ℃, Temperature Fluctuation ≤ +/- 0.5 ℃, Temperature deviation ≤ +/- 2 ℃, Temperature Uniformity ≤ 2 ℃, Temperature resolution 0.1 ℃, Heating rate -40 ℃ → 100 ℃ 3~ 5 ℃/min (mechanical refrigeration, under standard load), cooling rate + 25 ℃ → -40 ℃ 1~ 1.5 ℃/min (mechanical refrigeration, under standard load), Humidity range 20% R.H~ 98% R.H, Humidity deviation ≤ +/- 3% R.H, Humidity stability +/- 1.5% R.H, Humidity resolution 0.1% R.H.
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HuiTai GDT-408CH High and low temperature alternating climate chamberSPEC

HuiTai GDT-408CH High and low temperature alternating climate chamberDetails

HuiTai GDT-408CH High and low temperature alternating climate chamberPacking list

SKU
NB044255
Temperature range
-60~150℃
Temperature Fluctuation
≤±0.5℃
Temperature deviation
≤±2℃
Temperature Uniformity
≤2℃
Temperature Resolution
0.1℃
Heating rate
-40 ℃ → 100 ℃ 3~ 5 ℃/min (mechanical refrigeration, under standard load)
Cooling rate
+ 25 ℃ → -40 ℃ 1~ 1.5 ℃/min (mechanical refrigeration, under standard load)
Humidity range
20% R. H~ 98% R. H (see Temperature Humidity Controllable Chart)
Humidity Deviation
≤±3%R.H
Humidity stability
±1.5%R.H
Humidity resolution
0.1%R.H
Standard load Capacity
1Kg aluminum sheet, 200W calorific value
Interior Volume
408L
Voltage
380V/40A
Power
10Kw
Interior size
600*800*850mm
Dimensions
800*1700*1900mm
GDT-408CH
High and low temperature alternating climate chamber
Temperature range -60~ 150 ℃, Temperature Fluctuation ≤ +/- 0.5 ℃, Temperature deviation ≤ +/- 2 ℃, Temperature Uniformity ≤ 2 ℃, Temperature resolution 0.1 ℃, Heating rate -40 ℃ → 100 ℃ 3~ 5 ℃/min (mechanical refrigeration, under standard load), cooling rate + 25 ℃ → -40 ℃ 1~ 1.5 ℃/min (mechanical refrigeration, under standard load), Humidity range 20% R.H~ 98% R.H, Humidity deviation ≤ +/- 3% R.H, Humidity stability +/- 1.5% R.H, Humidity resolution 0.1% R.H.
HUITAI GDT-408CH High and low temperature alternating climate chamber with Humidity control 408L/-60~ 150 ℃ Picture

Instrument interface

GDT series configuration

temperature range

A：-20~150

B：-40~150℃

C：-60~150℃

Humidity range20%~98% Relative Humidity (model with H)
Display instrument7-inch TFT color LCD display (can be connected to RMCS control software)
Operation modeFixed value mode, program mode (preset 100 groups, 100 steps, 999 cycles)
control methodBTC balance temperature control method + DCC (intelligent cooling capacity control) + DEC (intelligent electrical control) (temperature test equipment)
BTHC balance temperature and humidity control method + DCC (intelligent cooling capacity control) + DEC (intelligent electrical control) ( Temperature and humidity testing equipment)
Curve recording functionIt has battery-protected RAM that can save the device’s setting values, sampling values ​​and sampling time; the
maximum recording time is 350 days (when the sampling cycle is 1/min)
Software usage environmentThe upper computer operating software is compatible with XP, Win7, Win8, and Win10 operating systems (provided by the user)
Communication functionChoose one of RS-485 interface MODBUS RTU communication protocol and Ethernet interface TCP/IP communication protocol; support secondary development and
provide host computer operation software, RS-485 interface single device link, Ethernet interface can realize remote communication of multiple devices Online.
Way of workingA/B: Mechanical single-stage compression refrigeration system
C: Two-stage cascade compressor refrigeration method
way of observationHeated viewing window with LED internal lighting
Temperature and humidity sensing methodTemperature: Class A PT100 armored thermocouple
Humidity: Class A PT100 armored thermocouple
Dry and wet bulb thermometer method (works only in tests with humidity control)
safety protectionFault alarm and cause, processing prompt function, power-off protection function, upper and lower limit temperature protection function, calendar timing function
 (automatic start and automatic stop running), self-diagnosis function
Verify configurationAccess hole with silicone plug (50 mm, 80mm, 100mm left)
Data interfaceEthernet + software, USB data export, 0-40MA signal output

Implementation standards

GB/T5170.2-2008 Temperature test equipment

GB/2423.1-2008 (1EC60068-2-1:2007) Low temperature test method AB.

GB/2423.2-2008(1EC60068-2-2:2007) High temperature test method BA. GB/T5170.5-2008 Damp heat test equipment.

GJB150.3(MIL-STD-810D) High temperature test method.

GJB150.4(MIL-STD-810D) Low temperature test method.

GB2423.3-93 (IEC68-2-3) Test Ca: Constant damp heat test method.

GB2423.4-93(1EC68-2-30) Test Db: alternating damp heat test method.


Equipment security protection

Cooling System

  • Compressor overpressure protection

  • Compressor motor overheat protection

  • Compressor motor overcurrent protection

humidification system

  • Humidification tube dry burning protection

  • Water supply abnormality protection

  • Water shortage abnormality protection

Test chamber protection

  • Adjustable test space over-temperature protection

  • Air conditioning channel extreme over-temperature protection

  • Ultra-high temperature protection is set inside the controller

  • Fan motor overheat protection

Other protection

  • Total power phase sequence and phase loss protection

  • Whole machine leakage protection

  • Load short circuit protection

  • Closed lightning protection


Refrigeration process

Refrigeration Compressors

French Taikang fully enclosed compressor

Way of working

A/B: Mechanical single-stage compression refrigeration system

C: Cascade compressor refrigeration method

Evaporator

High-efficiency components use slope-type evaporators (AC&R compound spoiler-type aluminum fins)

condenser

Adopt water cooling system to facilitate equipment movement, etc.

heat exchanger

Ultra-high efficiency SWEP plate type cold coal cold and heat exchange design is more efficient than the traditional internal spiral type

Installation process

1. Adopt nitrogen flushing welding process, use oxygen-free copper pipes for low-temperature connecting pipes, and use 48-hour high pressure-maintaining and anti-leakage process to ensure welding quality.

2. The pipeline installation adopts the bending process of pipe bending machine. Elbow welding is not allowed in the turning parts.

3. The low-temperature pipeline is equipped with shock-absorbing process pipes, and the refrigeration unit uses shock-absorbing springs and foot pads for shock absorption and noise reduction.

4. The filter dryer absorbs residual moisture, particles, impurities, and acidic substances in the refrigeration system.

5. The selection of solenoid valves is mainly based on brand. Necessary valve core cooling protection measures should be taken when welding solenoid valves to prevent damage or shortening of service life.


FAQ
QHow does the data logging function of the GDT-408CH support data management during the trial?
A The test chamber has a RAM recording function with battery protection, which can record the setting value, sampling value and sampling time of the device. The maximum recording time is 350 days. It supports data export and host computer software operation, which is convenient for data management and analysis.
QCan the GDT-408CH climate box be used for automotive parts testing?
A GDT-408CH can simulate the working state of auto parts under various environment conditions, such as low temperature start, high temperature durability and other tests, to ensure the Reliability and safety of auto parts under extreme temperature conditions.
Knowledge
Standard