Neware Temperature Test Chambers for battery tests

Neware Temperature Chambers for battery tests

Neware environmental test chamber aims to test battery performance under temperature by simulating harsh climate conditions.  it can analyze and evaluate whether the battery can meet the required international standard and provides a good reference in the product R&D stage. What’s more,  it’s widely applied to Electronics, Telecommunication, Automobile, Packaging, Aerospace, Electric products, Pharmaceuticals industry, etc.

Neware chambers for battery tests

High Low Temperature Humidity Test Chamber

Neware high and low temperature chamber
  • Temperature humidity Test Chamber aims to test battery performance under high low temperature by simulating harsh climate condition.  It can analyze and evaluate whether the battery can meet the required international standards and provides a good reference in product R&D stage. What’s more,  it’s widely applied on Electronics, Telecommunication, Automobile, Packaging, Aerospace, Electric products, etc.

  • Communicate with our Neware software via TCP/IP port, and interact with Neware tester;
  • A variety of dimension ranges could be made;
  • Widely temperature range could be supported;
  • Support various different batteries to test;
  • Easy to operate the chamber
  • Standard protection is included when gassing or over the thermal issue.
  • Build-in over temperature protection and software protection limit to ensure your test safety.

Temperature Range

-20.0℃~150.0℃
-40.0℃~150.0℃
-70.0℃~150.0℃

Humidity Deviation

≤±3.0%RH(>75%RH)
≤±5.0%RH(≤75%RH)

Heating Range

-20.0℃→150.0℃(≤60min) 
-40.0℃→150.0℃(≤60min)
-70.0℃→150.0℃(≤75min)

Temperature Deviation

≤±2.0℃

Temperature Fluctuation

≤1.0℃

Cooling Range

20.0℃→-20.0℃(≤45min)
20.0℃→-40.0℃(≤60min)
20.0℃→-70.0℃(≤80min)

Constant Temperature Chamber

Neware constant temperature chamber.
  • Neware Constant Temperature Test Chamber aims to test battery performance under constant temperature by simulating room temperature conditions.  it can analyze and evaluate whether the battery can meet the required international standards and provides a good reference in the product R&D stage. What’s more,  it’s widely applied on Electronics, Telecommunication, Automobile, Packaging, Aerospace, Electric products, Pharmaceuticals industry, etc.

Temperature Range

0℃~60.0℃

Cooling Time

25℃→0℃(≤50min)

Temperature Fluctuation

≤1.0℃

Heating Up Time

25℃→60℃(≤30min)

Temperature Deviation

≤±2.0℃

Fuzzy PID Controller Algorithm

Constant Temperature Quickly

Cooling Mode

Forced Air Cooling

Support Coin Cell Channels

4×40CH(160CH)
Standard Constant Temperature Chamber generally used with 5V10mA/ 5V20mA/ 5V50mA and 5V6A/ 5V12A Neware Battery Tester.

All-in-One Constant Temperature Chamber

Front

Back

Inner

Convenient TFT screen & Controller touchscreen

Independent designed by Neware, one testing cable board connect 4 coin cell

All-in-One Constant Temperature Chamber has 20 sets(160 channels) mA Neware battery testers inside.(Like 5V10mA/ 5V20mA/ 5V50mA)

Mini Constant Temperature Chamber

Neware desktop mini chamber
Neware desktop mini chamber
Neware desktop mini chamber

Temperature Range

0℃~60.0℃

Cooling Time

25℃→0℃(≤50min)

Temperature Fluctuation

≤1.0℃

Heating Up Time

25℃→60℃(≤30min)

Temperature Deviation

≤±2.0℃

Fuzzy PID Controller Algorithm

Constant Temperature Quickly

Cooling Mode

Forced Air Cooling

Support Coin Cell Channels

4×8CH(32CH)

Mini Desk-top Constant Temperature Chamber with Neware mA coin cell battery tester

Generally used with 5V10mA/ 5V20mA/ 5V50mA Neware coin cell battery tester. Maximum supported to 32 channels connected.

 

Explosion-proof Test Chamber

Neware explosion-proof chamber box for battery tests.

Exterior Material

Electrostatic spraying surface treatment of steel plate (or stainless steel)

Interior Material

stainless steel

Insulation Material

Aluminum Silicate Wool

Protection

Explosion-proof inspection window,Explosion-proof chain,Built-in fire spray

Ambient Temperature on Test Process

5.0℃~35.0℃

Relative Humidity of Test Process

≤85%RH

Atmospheric Pressure

86kPa~106kPa