APKJ AP-HX-408C programmable Humidity Chamber volume 408L

Name: APKJ AP-HX-408C programmable Humidity Chamber volume 408L
Brand: Apkjgroup
SKU: NB042345
Price: 6527.0 USD
Availability: InStock

$ 6527.00Ex works

Studio volume 408L, Temperature range -40~ 150 ℃, using multi-wing blower strong circulation to ensure uniform temperature and humidity, with 120 sets of program control ability to support complex test process.

Model

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Category : Temperature Humidity Chamber

Brand : Apkjgroup

SKU : NB042345

Service :The delivery and service By NBCLab.Com

Overview

APKJ AP-HX-408C programmable humidity chamber is a professional Environmental performance equipment, which mainly provides complex high and low temperature alternating test environment and conditions for electronic parts, industrial materials, finished product research and development, production, inspection and other links. The equipment adopts 7-inch super touch AP-900 intelligent programmable temperature and humidity controller, supports 120 sets of programming and data recording functions, and is suitable for mass testing needs in Electronics Communication, Chemical, Hardware, Rubber, Toy, Scientific Research and other industries.

Features

1. Adopt 7-inch large touch AP-900 intelligent programmable temperature and humidity controller, support 120 program settings and USB data export 2. Equipped with imported French Taikang and Japanese Hitachi fully enclosed Compressors to ensure efficient refrigeration and stable operation 3. Built-in multi-wing blower to achieve strong circulating air supply, ensuring uniform temperature and humidity distribution without dead ends 4. Equipped with complete safety protection devices, the status is automatically displayed and the power is cut off in case of failure 5. Can be connected to the computer through the LAN interface to realize remote programming and monitoring functions 6. The studio is made of SUS304 stainless steel, and the outer box is Cold rolled steel plate paint, the structure is sturdy and durable

Principle

The equipment works together through the refrigeration system (Compressor unit, evaporator, condenser, etc.), heating system (nickel-chromium heater) and humidification system to simulate the required temperature and humidity environment in a closed studio. The control system collects data in real time through the PT-100 Sensor, adjusts the running status of each component through the microcomputer program controller, and cooperates with the multi-wing blower to circulate the air to achieve precise control and uniform distribution of temperature and humidity.

Applications

Electronics Communication, Chemical, Hardware, Rubber, Toys, Scientific Research

Standards

GB/T10589-2008、GB/T10586-2006、GB/T10592-2008、GB/T2423.1-2008、GB/TT2423.2-2008、GB/T2423.3-2006、MIL-STD810D、GB/T2423.4-2008、GJB150.9-1986、GB2423.34-2012、MIL-STD883C

Steps

1. Confirm that the installation site meets the requirements of no strong vibration, good ventilation and no strong electromagnetic field 2. Configure an independent AC220V power supply and ensure that the grounding resistance is less than 4Ω 3. Set the test program and parameters through the controller 4. Place the specimen to the studio grid rack 5. Start the device to run the test program 6. Export test data via USB interface

Notice

• Prohibit testing of flammable, explosive and volatile matter Prohibition of testing for corrosive substances and biological samples It is forbidden to test samples of strong electromagnetic emission sources • Maintain appropriate maintenance space around the equipment • Power supply voltage needs to be stable within the range of AC220V +/- 10% The working environment temperature should be kept at 5~ 30 ℃ • When installing, ensure that the ground is flat and free of dust pollution

Interior Volume
408L
Temperature Range
-40~ 150℃ (air-cooled)
Temperature resolution
0.01℃
Temperature Fluctuation
±0.5℃
Temperature Uniformity
±2.0℃
Moisture control Range
20%~98%RH
Humidity deviation
±2%RH
Humidity analysis accuracy
0.1%RH
Humidity uniformity
≤±3%RH
cooling rate
RT~ 0℃/about 25min (no load) about 1 ℃/min
heating rate
RT~ + 150℃/about 40min (no load) about 3 ℃/min
Operating environment
+ 5~ + 30℃, relative humidity: ≤ 85%;
Inner box Size
600*850*800mm
Dimension
880 * 2100 * 1700mm (W * H * D) The actual Size shall prevail
weight
About 400kg
Maximum current consumption
Current: 14A; Power: 3.0Kw [Voltage Range: no more than +/- 10%]
Inner box material
High-quality SUS304 stainless steel, with good corrosion resistance, heat resistance, low temperature strength and mechanical properties; stamping, bending and other hot workability, no heat treatment hardening phenomenon (no magnetic, use temperature -196 ℃~ 800℃).
Outer box material
Cold rolled steel plate
Insulation material
Rigid polyurethane foam
Sealing strip
High and low temperature heat and humidity resistant sealant to ensure sealing performance
Box door
Adopt double-channel heat insulation and air tightness to effectively isolate external temperature leakage
Door handle
Adopt box integrated handle to ensure sealing performance
In-box tray rack
Movable adjustable grid plate frame and two stainless steel strip grid plates (5.0cm per grid)
Window sweat-proof design
Electric heater device to prevent water condensation (40W)
Outer box light source
High luminance lamp
test hole
Can be used for external test power cord and signal (diameter 50mm)
Machine pulley
Move and adjust the placement position of the mining pulley and fix the position with strong bolts (200Kg/wheel)
Stratospheric structure design
Techniques to effectively avoid condensation on the top of the box
Control mode
The control system automatically adjusts the operation of the refrigerator according to the test conditions, so that the equipment is in the best energy-saving working condition. The cooling capacity of the evaporator is switched by the solenoid valve driven by the control system. compressor return air chill down circuit
Operating Mode
The 0 ° C~ -40 ° C model adopts one-stage compression, and the -40 ° C~ -70 ° C adopts binary cascade refrigeration
Refrigeration system
Original imported France Taikang fully enclosed low noise rotor compressor or Japan Hitachi high efficiency fully enclosed compressor
refrigerant
R404a/R23 (ozone depletion index is 0, R23 is used for cascade refrigeration systems)
condenser
Air-cooled: finned tube heat exchanger. Water-cooled: shell and tube heat exchanger
evaporator
Finned tube heat exchanger (also serves as a dehumidifier)
Plate heat exchanger
Stainless steel brazed plate heat exchanger (used in cascade refrigeration systems)
Throttle device
Expansion valve + capillary tubing
Protection compressor
Compressor high Voltage protection: Danfoss high Voltage protection switch; compressor overcurrent, overheating protection: Schneider thermal relay
Protective heater
Chint fuse: 2 groups
Protection circuit
Line fuse: 1 group; protection when the phase is broken, the phase is reversed, and the three-phase is unbalanced
Protection instrument
Instrument Protocol Temperature Limit Overtemperature Protection
Protect products under test
Test area over-temperature protection: independent device, temperature controller, control test area temperature
Over temperature protector
Test area over-temperature protection, real-time display of test area temperature, temperature over the upper limit sound and light alarm and cut off the instrument power supply
controller
According to the ergonomic height setting, the test conditions can be entered here, and the interface of the controller affinity displays in real time: setting temperature, time, number of cycles, program, Linear dispersion, etc., and also displays the actual detected temperature, time, Linear dispersion, etc. in real time
Operating environment air pressure
86kPa~106kPa

[Q] Certainly. For testing electronic components under extreme temperatures, I recommend our High/Low Temperature Test Chamber series, which offers precise temperature control (typically ranging from -70°C to +150°C or wider) and optional humidity simulation. Key models suited for electronic part testing include: 1. Benchtop Temperature Chambers – Compact, ideal for small components or R&D. 2. Thermal Shock Chambers – Rapid temperature cycling for stress testing. 3. Environmental Chambers with Humidity Control – For combined temperature/humidity tests (e.g., 20%–98% RH). Would you like details on specific temperature ranges, chamber sizes, or compliance standards (e.g., IEC, MIL)?

I recommend the AP-HX-408C Programmable Temperature and Humidity Test Chamber. It offers a wide temperature control range, from -40°C to 150°C, enabling simulation of various high and low-temperature environments, making it suitable for the research, development, and inspection of electronic components. Additionally, it features excellent temperature uniformity and minimal fluctuations, ensuring the accuracy of test results.

[Q] Is the AP-HX-408C suitable for our laboratory's material damp heat aging tests?

Suitable. This test chamber has a humidity control range of 20% to 98% RH, with low humidity deviation and high uniformity, complying with humidity and temperature test standards such as GB/T2423.3. It adopts a multi-wing air circulation system to avoid dead zones during testing, ensuring uniform temperature and humidity inside the chamber. It is suitable for constant humidity and temperature or combined temperature-humidity cycle testing of materials such as chemicals and rubber.

[Q] How is the program control function of this test chamber, and is it complicated to operate?

It boasts powerful control capabilities while being easy to operate. It features a 7-inch large touchscreen AP-900 intelligent controller, which allows for the configuration of 120 programs, each with 100 segments, enabling free combination, looping, and linking. It supports USB data export and can be remotely controlled and programmed via a computer. Therefore, whether it’s simple constant temperature and humidity tests or complex high-low temperature alternating cycle tests, they can all be easily set up and run.

CATEGORIES

APKJ AP-HX-408C programmable Humidity Chamber volume 408L

Model

Overview

Features

Principle

Applications

Standards

Steps

Notice

[Q] Is the AP-HX-408C suitable for our laboratory's material damp heat aging tests?

[Q] How is the program control function of this test chamber, and is it complicated to operate?

Tags:

APKJ AP-HX-408C programmable Humidity Chamber volume 408L

Model

Overview

Features

Principle

Applications

Standards

Steps

Notice

[Q] Is the AP-HX-408C suitable for our laboratory's material damp heat aging tests?

[Q] How is the program control function of this test chamber, and is it complicated to operate?

Tags:

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