Send Inquiry

Request To Call Back

Rapid-pate Thermal Cycle Chamber

Get a Price/Quote

MOQ : 1 Set

Rapid-pate Thermal Cycle Chamber Specification

Accuracy
Temperature 0.5C; Humidity 2% RH

Gas Pressure
Up to 0.8 MPa

Temperature
-40C to +150C (accuracy 0.5C)

Humidity
20% RH 98% RH (controlled)

Mounting Type
Floor Standing

Operating Voltage
220 V AC

Frequency
50 Hz

Max Height
Approx. 1600 mm (with caster)

Number of Specimens
16 pcs (configurable)

Port Size
DN25 (inlet/outlet)

Measuring Range
0.1100 cycles/min, -40C to +150C

Power Supply
AC 220V 10%, 50Hz

Test Range
-40C ~ +150C cycling

Hardness

Resolution
0.1C; 0.1% RH

Specimen Size
up to 300 mm x 300 mm

Display Type
7 Color Touchscreen HMI

Features
Rapid temperature change, programmable cycling, USB data export, alarm system

Automation Grade
Automatic

Response Time
5 seconds

Application
Automotive, Electronics, Materials Thermal Cycle Testing

Interface Type
USB, RS232

Equipment Type
Thermal Cycle Test Chamber

Usage
Thermal cycle durability, product reliability testing

Capacity
120 L

Machine Weight
Approx. 270 kg

Test Speed
0.1100 cycles/min (adjustable)

Test Width
300 mm

Test Stroke
up to 300 mm

Control Mode
Touchscreen PLC control

Insulation Thickness
100 mm Polyurethane

Data Logging
Built-in memory & USB export

Wheels
Heavy-duty casters with stoppers

Noise Level
65 dB(A)

Heater Capacity
3.5 kW

Internal Chamber Material
SUS 304 Stainless Steel

External Chamber Material
Powder Coated Steel

Air Circulation
High-efficiency multi-wing blower

Compressor Type
Imported hermetic scroll

Refrigerant
R404A / R23

Cooling Method
Air/Water Cooled

Safety Features
Over-temperature, overload, and leakage protection

Rapid-pate Thermal Cycle Chamber Trade Information

Minimum Order Quantity
1 Set

FOB Port
Shenzhen

Supply Ability
1 Set Per Month

Delivery Time
30 Days

Packaging Details
Each set protected with resin fiber and PP film, then put into Strong wooden case with operation manual and video inside.

Rapid-pate Thermal Cycle Chamber About

Standard Features for Chamber

Item	Specification
*400500500mm*
*External dimension(WDH)*	60010801380mm
Working capacity	100 liter
Internal chamber material	SUS 304 stainless steel, mirror finished
External chamber material	Stainless steel with paint spray
Temperature range	-70 +180
Temperature fluctuation	1C
Humidity range	10% 98%RH
Humidity fluctuation	2.5%RH
Humidity uniformity	3%RH
Sample tray	SUS 304 stainless steel, 2pcs
Observation window	Tempered glass: 250*300mm
Testing hole	Diameter 50mm, for cable routing
Power supply source	Three-phase, 380V, 50Hz
Safety protection device	Protection for leakage Over-temperature Compressor over-voltage and overload Heater short circuit

Temperature Ramp System(Heating & Cooling)

Model		HD-E708-100
15/min, linear line or non-linear control (without loading)
Heating speed (-40 +85)		15/min, linear line or non-linear control (without loading)
Refrigeration Unit	System	Air-cooled
	Compressor	France Tecumseh
	Expansion system	Electronic expansion valve
	Refrigerant	R404A, R23

Applications

Cyclic Test Includes Climatic Conditions: Holding Test, Cooling-Off Test, Heating-Up Test, And Drying Test

Chamber Design Features

The Door Equipped With Hinges Preventing Auto-Closing;
Can Designed To Comply With Major Environmental Test Standards Like Iec, Jedec, Sae...
This Chamber Is Safety Tested With Ce Certificate.

Programmable Controller

Adopts Japan Umc100 Programmable Touch Screen Controller For Easy And Stable Operation
step Types Include: Ramp, Soak, Jump, Auto-Start, And End

Exceptional Thermal Cycling Performance

With temperature ranges from -40C to +150C and adjustable cycling speeds, the Rapid-pate chamber delivers rigorous thermal change conditions for up to 6 specimens simultaneously. Its imported hermetic scroll compressor and R404A/R23 refrigerants ensure rapid, stable cooling throughout demanding test protocols.

Advanced Control and User Interface

Manage tests easily using the intuitive 7" color touchscreen HMI. The PLC control system allows programming of complex temperature and humidity cycles, with data logging capabilities including built-in memory and USB export for comprehensive reporting and analysis.

Integrated Safety and Efficiency

Equipped with automatic over-temperature, overload, and leakage protection, plus a quiet operation below 65 dB(A), the chamber ensures both user safety and comfortable workspace conditions. Heavy-duty casters make repositioning simple, while the high-efficiency blower provides uniform air distribution and consistent test results.

FAQs of Rapid-pate Thermal Cycle Chamber:

Q: How does the Rapid-pate Thermal Cycle Chamber maintain accurate temperature and humidity levels during testing?

A: The chamber utilizes advanced sensors and a PLC control system to continuously monitor and adjust temperature (0.5C accuracy) and humidity (2% RH accuracy). The high-efficiency multi-wing blower ensures uniform air distribution, while precise control algorithms keep test conditions consistent and reliable.

Q: What process is followed for exporting test data from the chamber?

A: Test data is automatically logged into the chambers built-in memory. Users can export this data via the USB interface for further analysis or record keeping. The chamber also supports RS232 connectivity for integration with external systems.

Q: When should the air/water cooling option be utilized, and what are its benefits?

A: The air/water cooling method can be selected based on test requirements and laboratory infrastructure. Water cooling enhances thermal recovery and accelerates temperature cycling, which is particularly beneficial for high-frequency or high-load test protocols, while air cooling is ideal for standard operations.

Q: Where can the Rapid-pate Thermal Cycle Chamber be used, and what type of specimens does it accommodate?

A: This chamber suits floor-standing installations in labs, R&D centers, or manufacturing facilities. It accommodates 16 specimens up to 300 mm x 300 mm, making it ideal for testing parts and assemblies from automotive, electronics, and materials sectors.

Q: What safety features are integrated into the chamber to protect specimens and operators?

A: Integrated safety mechanisms include automatic over-temperature, overload, and leakage protection. These features ensure the equipment ceases operation in unsafe conditions, protecting both specimens and operators from potential damage or hazards.

Q: How is the test speed adjusted for various cycle requirements?

A: Test speed is fully programmable via the touchscreen PLC, allowing cycle rates from 0.1 to 100 cycles per minute. This flexibility supports a wide range of testing scenarios, from slow, prolonged cycles to rapid durability assessments.