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High and low temperature impact test chamber

NegotiableUpdate on 01/21
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Overview

High and low temperature impact test chamber $r $n Application fields $r $n Consumer electronics industry, optoelectronic industry, biotechnology, academic research units, medical insurance industry, aerospace industry, semiconductor industry, communication industry, automotive industry, information industry.

Product Details

High and low temperature impact test chamber

Product Usage

The high and low temperature impact test chamber is also known as a cold and hot impact machine, high and low temperature impact testing machine, cold and hot impact testing machine, etc. Used in industries such as electronic and electrical components, automation parts, automotive parts, metals, plastics, etc. Test the material's ability to withstand repeated high and low temperature tensile forces, as well as the productTest the various performance indicators of its products and materials under the instantaneous change environment between high and low temperatures.

High and low temperature impact test chamber

Application field

Consumer electronics industry, optoelectronic industry, biotechnology, academic research institutions, medical insurance industry, aerospace industry, semiconductor industry, communication industry, automotive industry, information industry.

High and low temperature impact test chamber

meet the standard

At the bottomGJB150.5A Temperature Shock Test

At the bottomGB/2423.13-2002 Temperature Shock Test

At the bottomGJB360B temperature shock test

At the bottomGB2423.1-2008/IEC6008-2-1-2007 Low temperature test methods

At the bottomGBT2423.2-2008 High temperature experimental methods

At the bottomGBT10589-2008 Technical Conditions for Low Temperature Test Chamber

At the bottomGBT11158-2008 Technical Specifications for High Temperature Test Chamber

At the bottomBS EN 2591-323-1998 Electrical and optical connecting components, temperature shock test

At the bottomGJB 595.4-1988 Environmental testing methods for artillery optical instruments - Temperature shock test

At the bottomGJB 150.5-1986 Environmental testing methods for military equipment - Temperature shock test

At the bottomGJB 797.4-1990 Environmental testing methods for rupture equipment - Temperature shock test

At the bottomHB 5830.10-1984 Environmental conditions and test methods for airborne equipment - Temperature shock test

At the bottomQJ 1177.5-1987 Environmental Test Methods for Ground to Air and Ship to Air Important Weapon Systems - Temperature Shock Test

At the bottomQJ 1184.3-1987 Important Environmental Specification for Coastal Defense - Temperature Shock Test for Onboard Equipment

At the bottomSJ 20115.3-1992 Airborne Radar Environmental Conditions and Test Methods Temperature Shock Test

At the bottomWJ 1743.4-1987 1301 Fire Extinguishing Bottle Environmental Test

At the bottomRelevant standard requirements and the "Technical Agreement" signed by both parties

High and low temperature impact test chamber

Technical Specifications

Other sizes can be customized

Two door impact box

Working dimensions (depth, width, height)

Dimensions (Depth, Width, Height)

Basket size (depth, width, height)

XF/CJ-100L

400×500×500mm

1000×1630×1650mm

200×200×300mm

XF/CJ-225L

500×600×750mm

1100×1830×1900mm

300×300×500mm

XF/CJ-400L

600×800×850mm

1250×2250×2050mm

400×500×550mm

XF/CJ-1000L

1000×1000×1000mm

1600×2700×2200mm

650×650×700mm

Three box impact box

Working dimensions (depth, width, height)

Dimensions (Depth, Width, Height)

------

XF/CJ3-150L

500×500×600mm

2000×1800×2200mm

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sex

can

ginseng

number

high-temperature chamber

Preheating temperature range+60 ℃~+200 ℃ Heating rate+60 ℃~+200 ℃ About 25 minutes

Low temperature chamber

Pre cooling temperature range -70 ℃~0 ℃ cooling rate+20 ℃~-70 ℃ for about 55 minutes

temperature range

-70~200℃

Impact range

-40-80 ℃ (national standard requirement)/-45~80 ℃ (national military standard requirement)

Test piece conversion time

≤ 15 seconds

Temperature recovery time

≤5min

volatility

Temperature ≤± 0.5 ℃

Uniformity

Temperature ≤±2.0℃

Analysis accuracy

Temperature: 0.1 ℃

load capacity

10~25KG

box

body

material

quality

whole

It is processed and formed using CNC machine tools, with a beautiful and elegant appearance, and adopts a non reactive handle for easy operation.

inner liner

1.2mm thick SUS304 high-grade stainless steel brushed/mirror finish.

shell

The 1.5mm thick cold-rolled plate baked paint outer shell adopts A3 steel plate spray coating, which increases the appearance texture and cleanliness.

insulation layer

100mm thick ultra-fine fiber or polyurethane hard foam can avoid unnecessary energy loss

seal

Double layer high tensile sealing strips with high temperature resistance are used between the box door and the box body to ensure the sealing of the testing area

Door frame insulation

Double layer high and low temperature aging resistant silicone rubber door sealing strip

observation window

Made of 4-layer insulated tempered glass with automatic defrosting and thermal conductivity function, allowing for clear observation of the internal test items

lighting lamp

Equipped with explosion-proof, high and low temperature resistant lighting devices

caster

test chamberThe bottom of the box adopts high-quality fixed PU movable wheels for easy movement

manufacture

cold

be

unify

refrigeration system

To ensure the cooling rate and low temperature requirements of the test chamber, a single-stage/two-stage refrigeration system is adopted

compressor

Adopting the century old "Taikang" fully enclosed refrigeration compressor unit, each unit is monitored item by item through the European "Taikang" computer network and has anti-counterfeiting codes, which can be searched online through computers/Gulun compressors/Bitzer compressors

Refrigeration auxiliary components

The air-cooled coil condenser and finned multi-stage evaporator are mainly equipped with imported components for refrigeration and control, such as the Danish "Danfoss" thermal expansion valve and the American "Aigo" drying filter; Italian "Castello" solenoid valve;

refrigerant

A404/R23

cooling method

Air cooling

Vibration reduction and noise reduction

Vibration and noise reduction measures for refrigeration system

control

manufacture

be

unify

Temperature controller analysis accuracy ± 0.1 ℃

7.0 "true color touch screen/Chinese or English input/historical curve recording/PID self-tuning/programming loop

Imported LED digital display P, I, D+S, S, R. microcomputer integrated controller

Temperature sensor: Platinum resistance PT100 armored, high precision and accuracy

follow

ring

be

unify

Temperature resistant and low-noise air conditioning motor, multi blade centrifugal fan.

Adopting a multi wing air supply fan for strong air circulation, avoiding any dead corners, can make the temperature distribution in the testing area uniform.

Heating, cooling, and system independence can improve efficiency, reduce testing costs, extend lifespan, and decrease failure rates.

The design of wind path circulation for air outlet and return ensures that the wind pressure and speed meet the testing standards, and can quickly stabilize the temperature at the moment of opening the door.

heating system

Nickel chromium alloy electric heating finned heating tube

Standard Configuration

1 set of observation window, 50mm cable holes (size and number can be customized), power cord, instruction manual, certificate of conformity

safety protection

Overtemperature alarm, leakage protection, overcurrent protection, fast fuse, compressor high and low voltage protection, compressor overheating protection, compressor overcurrent protection, line fuse and fully sheathed terminal, water shortage protection, grounding protection

power supply voltage

380V 50HZ three-phase five wire system

two-box (car body style)

impact

feature

The two box equipment is divided into two parts: high temperature zone and low temperature zone. The test product is placed in a basket, and when impacted, the basket moves the test product closer to the high temperature zone or low temperature zone for impact. The test product is dynamic.

Adopting a touch sensitive operation interface, TEMI8229 is easy to operate, with an impact box instrument and intelligent operation.

The impact method applies the air path switching method to import the temperature into the testing area for conducting cold and hot impact tests.

When subjected to high or low temperature impact, the maximum duration can reach 999H, and the maximum cycle time can reach 9999 times.

The system can automatically cycle or manually selectively impact.

The cooling effect is fast, and it is not possible to test the impact at room temperature.

Three compartments

impact

feature

The two door equipment is divided into three parts: high temperature zone, low temperature zone, and test zone. The test product is placed in the test zone, and the temperature of the high or low temperature zone enters the test zone for impact. The test product is static.

Adopting a touch sensitive operation interface, TEMI8229 is easy to operate, with an impact box instrument and intelligent operation.

The impact method applies the air path switching method to import the temperature into the testing area for conducting cold and hot impact tests.

When subjected to high or low temperature impact, the maximum duration can reach 999H, and the maximum cycle time can reach 9999 times.

The system can automatically cycle or manually select shocks, and can set the start of second or third zone shocks and cold and hot shocks.

The cooling effect is fast and can be experimentally impacted to room temperature.

Two door test method and three door test principle