Thermal Shock
It achieves a balance between high performance and stability
The thermal shock testing equipment used in various fields is essential for the accelerating development competition and must have the durability to prevent stoppage due to failures. COSMOPIA HIGHTECH's thermal shock testing equipment is equipped with a Hitachi scroll compressor at its core, ensuring both the performance and stability of a product made in Japan.
It achieves a balance between high performance and stability
The thermal shock testing equipment used in various fields is essential for the accelerating development competition and must have the durability to prevent stoppage due to failures. COSMOPIA HIGHTECH's thermal shock testing equipment is equipped with a Hitachi scroll compressor at its core, ensuring both the performance and stability of a product made in Japan.
It is taking on the challenge of reducing power consumption
The thermal shock testing equipment controls the temperature of both the high-temperature and low-temperature chambers, consuming a significant amount of power. The thermal shock testing equipment from COSMOPIA HIGHTECH contributes to energy savings by controlling the refrigeration unit with an inverter, thereby reducing power consumption. We also provide an air-cooled remote condenser type that can operate without ductwork or water-cooling facilities at the installation site.
Select Your Ideal Thermal Shock Testing Equipment from Our Wide Range.
Test evaluations require various sizes depending on the product.COSMOPIA HIGHTECH offers large-capacity thermal shock testing equipment with a test area size exceeding 1000 liters. You can choose the thermal shock tester that best meets your testing needs, such as high temperature 250°C type, IEC test standard type, MIL test standard type, etc.
Introduction to the 5 Types
Basic Type
Capable of 100-Cycle Continuous Operation
Capable of 100-Cycle Continuous Operation
| Type | Cooling method | Test chamber capacity | Continuous operation cycles |
| Basic | Air-cooling | 105L | 100 |
Capable of operating for 100 cycles with no defrosting during two-zone operation (cycles between low-temperature testing and high-temperature testing).
Testing Conditions
(Low-Temperature Start, Reduced Power Operation 2 Function Disabled, Control Point: Upwind Control)
| High-temperature testing | 125℃ / 30 min. |
| Low-temperature testing | -40℃ / 30 min. |
| Sample | 5kg (Includes weight of plastic molded IC and sample loading jig) |
| Ambient temperature | 20℃ |
| Ambient humidity | 50% RH or lower |
| Power supply voltage | Within ±5% rated voltage |
Please scroll horizontally to view.
| Type | Cooling method | Test chamber capacity | Continuous operation cycles |
| Basic | Air-cooling | 105L | 100 |
Capable of operating for 100 cycles with no defrosting during two-zone operation (cycles between low-temperature testing and high-temperature testing).
Testing Conditions
(Low-Temperature Start, Reduced Power Operation 2 Function Disabled, Control Point: Upwind Control)
| High-temperature testing | 125℃ / 30 min. |
| Low-temperature testing | -40℃ / 30 min. |
| Sample | 5kg (Includes weight of plastic molded IC and sample loading jig) |
| Ambient temperature | 20℃ |
| Ambient humidity | 50% RH or lower |
| Power supply voltage | Within ±5% rated voltage |
Equipped with a data log function capable of saving to USB memory
The temperature measurement data displayed on the trend graph can be saved to a USB storage device as CSV files.
Cycle Data Saving Function
This function stores temperature cycle data during operation.
Backtrace Function
If the system stops with an alarm due to an error being detected, this function saves the operational status of the system immediately prior to stopping, to a USB storage device.
Equipped with a data log function capable of saving to USB memory
The temperature measurement data displayed on the trend graph can be saved to a USB storage device as CSV files.
Cycle Data Saving Function
This function stores temperature cycle data during operation.
Backtrace Function
If the system stops with an alarm due to an error being detected, this function saves the operational status of the system immediately prior to stopping, to a USB storage device.
Options
We offer a wide range of options.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Communication interface | Select either RS-485 or web interface (including Ethernet). |
| Communication interface cable | RS-232C：4ｍ, 10ｍ |
| Cable hole | φ50 mm × 1, added next to standard cable hole (left side surface) |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Internal air compressor | Air compressor output 0.2 kW |
| Power supply terminal block for air compressor connection | Three-phase 200V 0.2 kW or 0.4 kW |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Increased sample shelf permission weight | Permissible sample weight: 20 kg per shelf |
| Sample basket | Permissible sample weight: 4 kg per shelf |
| Water-cooling specification | Replaces standard cooling with water-cooling |
Options
We offer a wide range of options.
Please scroll horizontally to view.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Communication interface | Select either RS-485 or web interface (including Ethernet). |
| Communication interface cable | RS-232C：4ｍ, 10ｍ |
| Cable hole | φ50 mm × 1, added next to standard cable hole (left side surface) |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Internal air compressor | Air compressor output 0.2 kW |
| Power supply terminal block for air compressor connection | Three-phase 200V 0.2 kW or 0.4 kW |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Increased sample shelf permission weight | Permissible sample weight: 20 kg per shelf |
| Sample basket | Permissible sample weight: 4 kg per shelf |
| Water-cooling specification | Replaces standard cooling with water-cooling |
Outline specifications Basic Type
Outline specifications Basic Type
Please scroll horizontally to view.
| Item | Basic Type | ||||
| ES-107L | |||||
| Type | Stationary sample type, cool/hot air switchable, two/three zone switchable | ||||
| Performance | Temperature range (testing chamber) |
Low-temperature testing |
-70 to 0℃ | ||
| High-temperature testing |
60 to 200℃ | ||||
| Temperature fluctuation margin | ±0.5℃ | ||||
| Temperature rise time (high-temperature chamber) |
Room temperature to 200℃ : Within 15 min. | ||||
| Temperature drop time (low-temperature chamber) |
Room temperature to -75℃ : Within 70 min. | ||||
| Temperature cycle performance | Cycles | 5 cycles (low-temperature start) | |||
| Sample | Type | Plastic molded IC | |||
| Weight | 5 kg (IC 3.5 kg + jig 1.5 kg) | ||||
| Testing chamber temperature / Testing time |
Low temperature | -55℃ / 30min. | |||
| Room temperature | Atmosphere temperature / 5 min. | ||||
| High temperature | 150℃ / 30 min. | ||||
| Temperature measurement position | Upwind side | ||||
| Temperature return time | Within 5 min. | ||||
| Permissible sample weight inside testing chamber | 50kg | ||||
| Test chamber capacity | 105L | ||||
| Item | Basic Type | ||||
| ES-107L | |||||
| Type | Stationary sample type, cool/hot air switchable, two/three zone switchable | ||||
| Performance | Temperature range (testing chamber) |
Low-temperature testing |
-70 to 0℃ | ||
| High-temperature testing |
60 to 200℃ | ||||
| Temperature fluctuation margin | ±0.5℃ | ||||
| Temperature rise time (high-temperature chamber) |
Room temperature to 200℃ : Within 15 min. | ||||
| Temperature drop time (low-temperature chamber) |
Room temperature to -75℃ : Within 70 min. | ||||
| Temperature cycle performance | Cycles | 5 cycles (low-temperature start) | |||
| Sample | Type | Plastic molded IC | |||
| Weight | 5 kg (IC 3.5 kg + jig 1.5 kg) | ||||
| Testing chamber temperature / Testing time |
Low temperature | -55℃ / 30min. | |||
| Room temperature | Atmosphere temperature / 5 min. | ||||
| High temperature | 150℃ / 30 min. | ||||
| Temperature measurement position | Upwind side | ||||
| Temperature return time | Within 5 min. | ||||
| Permissible sample weight inside testing chamber | 50kg | ||||
| Test chamber capacity | 105L | ||||
*Can be operated in an ambient temperature from 0 to 40℃ and with a power supply voltage within ±10% rated voltage.
Note that this is with the ambient temperature measured near the upper rear surface of the system (near the air-cooling condenser air suction inlet).
*Performance is based on the following conditions.
Temperature rise/drop time : Ambient temperature 20℃
Temperature return time : Ambient temperature 10 to 30℃
Operable range : Ambient temperature 0 to 40 ℃
*A high-temperature testing temperature of 80℃ or lower is possible only at an ambient temperature of 20℃ or lower.
*The temperature return time is the point in time where the temperature reaches ±2℃ of the set high temperature or low temperature.
High Performance Type
Power Reduction by Inverter Control (Energy-Saving Mode)
Power Reduction by Inverter Control (Energy-Saving Mode)
| Type | Cooling method | Test chamber capacity | Continuous operation cycles | |||
| High Performance | Water-cooling | 74L | 105L | 200L | 305L | 100 |
Please scroll horizontally to view.
| Type | Cooling method | Test chamber capacity | Continuous operation cycles | |||
| High Performance | Water-cooling | 74L | 105L | 200L | 305L | 100 |
Inverter control on both high- and low-temperature side compressors of the dual refrigeration cycle has reduced power consumption by about 25%.
This enables cost reduction and environmentally conscious testing.
Inverter control on both high- and low-temperature side compressors of the dual refrigeration cycle has reduced power consumption by about 25%. This enables cost reduction and environmentally conscious testing.
Testing Conditions
(Two-Zone Testing, Low-Temperature Start, Energy Saving Mode, Energy Saving 2: Enabled, Control Point: Upwind Control)
| High-temperature testing | 125℃ / 30 min. (preheat to 145℃) |
| Low-temperature testing | -40℃ / 30 min. (precool to -60℃) |
| Sample | 21kg (includes weight of plastic molded IC and sample loading jig) |
| Ambient temperature | 20℃ |
| Cooling water inlet temperature | 25℃ |
| Power supply voltage | Within ±5% rated voltage. |
Testing Conditions
(Two-Zone Testing, Low-Temperature Start, Energy Saving Mode, Energy Saving 2: Enabled, Control Point: Upwind Control)
| High-temperature testing | 125℃ / 30 min. (preheat to 145℃) |
| Low-temperature testing | -40℃ / 30 min. (precool to -60℃) |
| Sample | 21kg (includes weight of plastic molded IC and sample loading jig) |
| Ambient temperature | 20℃ |
| Cooling water inlet temperature | 25℃ |
| Power supply voltage | Within ±5% rated voltage. |
The energy-saving mode controls the compressor by inverter control when testing samples with low heat capacity, thereby regulating the cooling capacity appropriately.
In addition, the output of the heater used to maintain temperature is controlled, resulting in lower power consumption during operation.
Capable of 100-Cycle Continuous Operation
The system is capable of operating continuously for 100 cycles without defrosting during two-zone (low-temperature ⇔ high-temperature) testing.
It reduces the frequency of defrosting and improves the efficiency of reliability testing.
Capable of 100-Cycle Continuous Operation
The system is capable of operating continuously for 100 cycles without defrosting during two-zone (low-temperature ⇔ high-temperature) testing.
It reduces the frequency of defrosting and improves the efficiency of reliability testing.
Testing Conditions
(Tow-Zone Testing, Low-Temperature Start, Reduced Power Operation 2 Function Disabled, Control Point: Upwind Control)
| High-temperature testing | 125℃ / 30 min.（preheat to 145℃） |
| Low-temperature testing | -40℃ / 30 min.（precool to -60℃） |
| Sample | ES-77LH：6.5kg、ES-107LH：7.5kg、ES-207LH：30kg、ES-307LH：21kg Includes weight of plastic molded IC and sample loading jig. (All models) |
| Ambient temperature | 20℃ |
| Ambient humidity | 50% or lower |
| Cooling water inlet temperature | 25℃ |
| Power supply voltage | Within ±5% of the rated voltage |
Testing Conditions
(Tow-Zone Testing, Low-Temperature Start, Reduced Power Operation 2 Function Disabled, Control Point: Upwind Control)
Please scroll horizontally to view.
| High-temperature testing | 125℃ / 30 min.（preheat to 145℃） |
| Low-temperature testing | -40℃ / 30 min.（precool to -60℃） |
| Sample | ES-77LH：6.5kg、ES-107LH：7.5kg、 ES-207LH：30kg、ES-307LH：21kg Includes weight of plastic molded IC and sample loading jig.(All models) |
| Ambient temperature | 20℃ |
| Ambient humidity | 50% or lower |
| Cooling water inlet temperature | 25℃ |
| Power supply voltage | Within ±5% of the rated voltage |
Test Time Setting in Seconds
Testing times for high, room, and low temperatures can be set in seconds.
This allows for a finer range of testing conditions.
Data Log Function
If the system stops with an alarm due to an error being detected, this function saves the operational status of the system immediately prior to stopping, to a USB storage device.
This data can be helpful for diagnosis and analysis.
Individual Setting of Room Temperature Test Time
The room temperature testing time after high-temperature testing can be set separately from the room temperature testing time after
low-temperature testing. This allows for the use of testing conditions where the room temperature testing time differs after high-temperature testing and low-temperature testing.
Options
We offer a wide range of options.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Internal air compressor | Air compressor output 0.2 kW |
| Cable hole | φ50 mm × 1, added next to standard cable hole (left side surface) |
| Sample basket | Permissible sample weight: 4 kg per shelf (ES-77LH/107LH), 8 kg per shelf (ES-207LH/307LH) |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Power supply terminal block for air compressor connection |
For three-phase 200V 0.2 kW or 0.4 kW |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Communication interface | Select either RS-485 or web interface (including Ethernet). |
| Communication interface cable | RS-232C : 4m, 10m |
| Air-Cooling Remote Condenser | The Air-Cooling Remote Condenser can be installed outside. Therefore, waste heat from condenser is expelled outside. |
Options
We offer a wide range of options.
Please scroll horizontally to view.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Internal air compressor | Air compressor output 0.2 kW |
| Cable hole | φ50 mm × 1, added next to standard cable hole (left side surface) |
| Sample basket | Permissible sample weight: 4 kg per shelf (ES-77LH/107LH), 8 kg per shelf (ES-207LH/307LH) |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Power supply terminal block for air compressor connection |
For three-phase 200V 0.2 kW or 0.4 kW |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Communication interface | Select either RS-485 or web interface (including Ethernet). |
| Communication interface cable | RS-232C : 4m, 10m |
| Air-Cooling Remote Condenser | The Air-Cooling Remote Condenser can be installed outside. Therefore, waste heat from condenser is expelled outside. |
Outline specifications High Performance Type
Please select one of the options to view the specifications. （The options are under the table.）
1 : Test chamber capacity 74L/ 105L
2 : Test chamber capacity 200L/ 305L
Outline specifications
High Performance Type
Please select one of the options to view the specifications.（The options are under the table.）
1 : Test chamber capacity 74L/ 105L
2 : Test chamber capacity 200L/ 305L
1 : Test chamber capacity74L / 105L
2 : Test chamber capacity200L / 305L
*Can be operated in an ambient temperature from 0 to 40℃, a cooling water inlet temperature from 5 to 38℃, and a power supply voltage within ±10% rated voltage.
*A high-temperature testing temperature of 80℃ or lower is possible only at an ambient temperature of 20℃ or lower.
*The temperature rise time and drop time are at an ambient temperature of 20℃ and a cooling water inlet temperature of 25℃.
*Values given for temperature cycle performance are given under the following conditions:
(1) Ambient temperature from 10 to 30℃, ambient humidity from 30 to 60%, and cooling water inlet temperature from 15 to 30℃
(2) Power supply voltage within ±5% rated voltage.
*The temperature return time is the point in time where the temperature reaches ±2℃ of the set high temperature or low temperature after zone switching.
*100-cycle continuous operation is under the following conditions. Note that three-zone testing is not supported.
(1) Ambient temperature of 20℃, ambient humidity of 50% or lower, and cooling water inlet temperature of 25℃
(2) Power supply voltage within ±5% rated voltage
(3) Testing conditions: Low-temperature start with cycling between high-temperature testing at 125℃ (30 min.) with preheat of 145℃ and low-temperature testing at -40℃ (30 min.) with precool of -60℃, two-zone testing, with sample (listed per model in the standard specification table; includes weight of plastic molded IC and sample loading jig)
(4) No testing cycle suspension and no testing chamber door opening/closing
High Performance / High Speed Type
Compliant with IEC Standards (Temperature Return Time Within 3 Minutes)
Compliant with IEC Standards
(Temperature Return Time Within 3 Minutes)
| Type | Cooling method | Test chamber capacity | |||
| High Performance / High Speed | Water-cooling | 105L | 200L | ||
The system is capable of meeting the temperature return times stipulated in "Test Na" of IEC 60068-2-14 (Edition 6.0), the temperature change testing standard.
This system achieves a temperature return time within 3 minutes through increased heat storage performance.
Therefore, it enables reliable durability testing.
| Type | Cooling method | Test chamber capacity | |||
| High Performance / High Speed |
Water-cooling | 105L | 200L | ||
The system is capable of meeting the temperature return times stipulated in "Test Na" of IEC 60068-2-14 (Edition 6.0), the temperature change testing standard.
This system achieves a temperature return time within 3 minutes through increased heat storage performance.
Therefore, it enables reliable durability testing.
Testing Conditions (in the case of a 105 L testing chamber)
| High-temperature testing | 125℃ / 30 min. |
| Low-temperature testing | -55℃ / 30 min. |
| Sample weight | IC + Shelf support + Sample basket = 5 kg |
| Cycles | 5 cycles (low-temperature start) |
| Upwind control | Two-zone test |
Testing Conditions
(in the case of a 105 L testing chamber)
| High-temperature testing | 125℃ / 30 min. |
| Low-temperature testing | -55℃ / 30 min. |
| Sample weight | IC + Shelf support + Sample basket = 5 kg |
| Cycles | 5 cycles (low-temperature start) |
| Upwind control | Two-zone test |
Options
We offer a wide range of options.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Communication interface | Select either RS-485, or web interface (including Ethernet). |
| Communication interface cable | RS-232C：4m, 10m |
| Cable hole | ∅50 mm × 1, added to standard cable hole (left side surface) area |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Internal air compressor | Air compressor output 0.2 kW |
| Power supply terminal block for air compressor connection | For three-phase 200V 0.2 kW or 0.4 kW |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Air-Cooling Remote Condenser | The Air-Cooling Remote Condenser can be installed outside. Therefore, waste heat from condenser is expelled outside. |
Options
We offer a wide range of options.
Please scroll horizontally to view.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Communication interface | Select either RS-485, or web interface (including Ethernet). |
| Communication interface cable | RS-232C：4m, 10m |
| Cable hole | ∅50 mm × 1, added to standard cable hole (left side surface) area |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Internal air compressor | Air compressor output 0.2 kW |
| Power supply terminal block for air compressor connection | For three-phase 200V 0.2 kW or 0.4 kW |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Air-Cooling Remote Condenser | The Air-Cooling Remote Condenser can be installed outside. Therefore, waste heat from condenser is expelled outside. |
Outline specifications High Performance / High Speed Type
Outline specifications
High Performance / High Speed Type
| Item | High Performance / High Speed Type | |||||
| ES-107LHH | ES-207LHH | |||||
| Type | Stationary sample type, cool/hot air switchable, two/three zone switchable | |||||
| Performance | Temperature setting range |
Testing temperature | Low-temperature testing: -70 to 0℃ , High-temperature testing: 60 to 200℃ | |||
| Precooling temperature | -80℃ to testing chamber temperature low-temperature setting | |||||
| Preheating temperature | Testing chamber temperature high-temperature setting to 210℃ | |||||
| Temperature fluctuation margin | ±0.5℃ | |||||
| Temperature rise time (high-temperature chamber) | Room temperature to 150℃ : Within 20 min. | |||||
| Temperature drop time (low-temperature chamber) | Room temperature to -75℃ : Within 50 min. | Room temperature to -75℃ : Within 45 min. | ||||
| Temperature cycle performance | Temperature return time | Within 3 min. | ||||
| Return time guaranteed cycles | 5 cycles (low-temperature start) | |||||
| Testing conditions | Sample | Type | Plastic molded IC | |||
| Weight | 5 kg (IC 2.5 kg + single-stage jig 2.5 kg) | 10 kg (IC 5.5 kg + single-stage jig 4.5 kg) | ||||
Testing chamber temperature / Testing time |
Low temperature | -55℃ / 30 min. | ||||
| Room temperature | ー | |||||
| High temperature | 125℃ / 30 min. | |||||
| Temperature measurement position | Upwind side | |||||
| Continuous operation cycles | 100 cycles (low-temperature start) | |||||
| Cooling method | Dual refrigeration using mechanical compressor (water-cooling) | |||||
| Permissible sample weight inside testing chamber | Max. 30 kg (Bottom 20 kg or less, sample shelf 5 kg or less [per shelf]) | Max. 50 kg (Bottom 40 kg or less, sample shelf 12 kg or less [per shelf]) | ||||
| Test chamber capacity | 105L | 200L | ||||
Please scroll horizontally to view.
| Item | High Performance / High Speed Type | |||||
| ES-107LHH | ES-207LHH | |||||
| Type | Stationary sample type, cool/hot air switchable, two/three zone switchable | |||||
| Performance | Temperature setting range |
Testing temperature | Low-temperature testing: -70 to 0℃ , High-temperature testing: 60 to 200℃ | |||
| Precooling temperature | -80℃ to testing chamber temperature low-temperature setting | |||||
| Preheating temperature | Testing chamber temperature high-temperature setting to 210℃ | |||||
| Temperature fluctuation margin | ±0.5℃ | |||||
| Temperature rise time (high-temperature chamber) | Room temperature to 150℃ : Within 20 min. | |||||
| Temperature drop time (low-temperature chamber) | Room temperature to -75℃ : Within 50 min. |
Room temperature to -75℃ : Within 45 min. |
||||
| Temperature cycle performance | Temperature return time | Within 3 min. | ||||
| Return time guaranteed cycles | 5 cycles (low-temperature start) | |||||
| Testing conditions | Sample | Type | Plastic molded IC | |||
| Weight | 5 kg (IC 2.5 kg + single-stage jig 2.5 kg) | 10 kg (IC 5.5 kg + single-stage jig 4.5 kg) | ||||
Testing chamber temperature / Testing time |
Low temperature | -55℃ / 30 min. | ||||
| Room temperature | ー | |||||
| High temperature | 125℃ / 30 min. | |||||
| Temperature measurement position | Upwind side | |||||
| Continuous operation cycles | 100 cycles (low-temperature start) | |||||
| Cooling method | Dual refrigeration using mechanical compressor (water-cooling) | |||||
| Permissible sample weight inside testing chamber | Max. 30 kg (Bottom 20 kg or less, sample shelf 5 kg or less [per shelf]) | Max. 50 kg (Bottom 40 kg or less, sample shelf 12 kg or less [per shelf]) | ||||
| Test chamber capacity | 105L | 200L | ||||
*Can be operated in an ambient temperature from 0 to 40℃, a cooling water inlet temperature from 5 to 38℃, and a power supply voltage within ±10% rated voltage.
*A high-temperature testing temperature of 80℃ or lower is possible only at an ambient temperature of 20℃ or lower.
*The temperature rise time and drop time are at an ambient temperature of 20℃ and a cooling water inlet temperature of 25℃.
*Temperature cycle performance values are given under these conditions:
(1) Ambient temperature from 10℃ to 30℃, ambient humidity from 30 to 60%, and cooling water inlet temperature from 15℃ to 30℃
(2) Power supply voltage within ±5% rated voltage.
*The temperature return time is the point in time where the temperature reaches ±2℃ of the set high temperature or low temperature after zone switching.
*100-cycle continuous operation is under the following conditions.
Note that three-zone testing is not supported.
(1) Ambient temperature of 20℃, ambient humidity of 50% or lower, and cooling water inlet temperature of 25℃
(2) Power supply voltage within ± 5% rated voltage
(3) Testing conditions: Low-temperature start with cycling between high-temperature testing at 125℃ (30 min.) with preheat of 145℃ and low-temperature testing at -40℃ (30 min.) with precool of -60℃, two-zone testing, with sample (listed per model in the standard specification table; includes weight of plastic molded IC and sample loading jig)
(4) No testing cycle suspension and no testing chamber door opening/closing
MIL Standard Type
Compliance with MIL-STD Testing
Compliance with MIL-STD Testing
| Type | Cooling method | Test chamber capacity |
| MIL Standard | Water-cooling | 70L |
*MIL standard: Standard for environmental resistance testing that establishes specifications for materials procured by the U.S. Department of Defense.
The system comes configured with temperature cycle testing patterns that are compliant with MIL standard tests. Therefore, simply specify the pattern number to conduct temperature cycle testing compliant with MIL standards.
MIL-STD-202: Standard for electronic components
MIL-STD-883: Testing standard for integrated circuits
| Type | Cooling method | Test chamber capacity |
| MIL Standard | Water-cooling | 70L |
*MIL standard: Standard for environmental resistance testing that establishes specifications for materials procured by the U.S. Department of Defense.
The system comes configured with temperature cycle testing patterns that are compliant with MIL standard tests. Therefore, simply specify the pattern number to conduct temperature cycle testing compliant with MIL standards.
MIL-STD-202: Standard for electronic components
MIL-STD-883: Testing standard for integrated circuits
| Pattern No. |
Sources of Test standards |
High-temp test conditions | Room temp test time |
Low-temp test conditions | Test cycles count |
Defrost cycles count |
||||
| Test temp | Preheat temp | Test time | Test temp | Precool temp | Test time | |||||
| 31 | MIL‐STD‐883C 1010．6 A |
85℃ | 115℃ | 15 min. | ー | -55℃ | -75℃ | 15 min. | 10 times | 10 times |
| 32 | MIL‐STD‐883C 1010．6 B |
125℃ | 155℃ | 15 min. | ー | -55℃ | -75℃ | 15 min. | 10 times | 10 times |
| 33 | MIL‐STD‐883C 1010．6 C |
150℃ | 180℃ | 15 min. | ー | -65℃ | -80℃ | 15 min. | 10 times | 10 times |
| 34 | MIL‐STD‐883C 1010．6 D |
150℃ | 180℃ | 30 min. | ー | -65℃ | -80℃ | 30 min. | 10 times | 10 times |
| 46 | MIL‐STD‐202F 107G A |
85℃ | 115℃ | 4 hours | 5 min. | -55℃ | -75℃ | 4 hours | 5 times | 2 times |
| 47 | MIL‐STD‐202F 107G B |
125℃ | 155℃ | 4 hours | 5 min. | -65℃ | -80℃ | 4 hours | 5 times | 2 times |
| 48 | MIL‐STD‐883B 1010．4 A |
85℃ | 115℃ | 30 min. | 5 min. | -55℃ | -75℃ | 30 min. | 10 times | 10 times |
| 49 | MIL‐STD‐883B 1010．4 A |
85℃ | 115℃ | 1 hours | 5 min. | -55℃ | -75℃ | 1 hours | 10 times | 10 times |
| 50 | MIL‐STD‐883B 1010．4 A |
85℃ | 115℃ | 2 hours | 5 min. | -55℃ | -75℃ | 2 hours | 10 times | 5 times |
| 51 | MIL‐STD‐883B 1010．4 B |
125℃ | 155℃ | 30 min. | 5 min. | -55℃ | -75℃ | 30 min. | 10 times | 10 times |
| 52 | MIL‐STD‐883B 1010．4 B |
125℃ | 155℃ | 1 hours | 5 min. | -55℃ | -75℃ | 1 hours | 10 times | 10 times |
| 53 | MIL‐STD‐883B 1010．4 BA |
125℃ | 155℃ | 2 hours | 5 min. | -55℃ | -75℃ | 2 hours | 10 times | 5 times |
Please scroll horizontally to view.
| Pattern No. |
Sources of Test standards |
High-temp test conditions | Room temp test time |
Low-temp test conditions | Test cycles count |
Defrost cycles count |
||||
| Test temp | Preheat temp | Test time | Test temp | Precool temp | Test time | |||||
| 31 | MIL‐STD‐883C 1010．6 A |
85℃ | 115℃ | 15 min. | ー | -55℃ | -75℃ | 15 min. | 10 times | 10 times |
| 32 | MIL‐STD‐883C 1010．6 B |
125℃ | 155℃ | 15 min. | ー | -55℃ | -75℃ | 15 min. | 10 times | 10 times |
| 33 | MIL‐STD‐883C 1010．6 C |
150℃ | 180℃ | 15 min. | ー | -65℃ | -80℃ | 15 min. | 10 times | 10 times |
| 34 | MIL‐STD‐883C 1010．6 D |
150℃ | 180℃ | 30 min. | ー | -65℃ | -80℃ | 30 min. | 10 times | 10 times |
| 46 | MIL‐STD‐202F 107G A |
85℃ | 115℃ | 4 hours | 5 min. | -55℃ | -75℃ | 4 hours | 5 times | 2 times |
| 47 | MIL‐STD‐202F 107G B |
125℃ | 155℃ | 4 hours | 5 min. | -65℃ | -80℃ | 4 hours | 5 times | 2 times |
| 48 | MIL‐STD‐883B 1010．4 A |
85℃ | 115℃ | 30 min. | 5 min. | -55℃ | -75℃ | 30 min. | 10 times | 10 times |
| 49 | MIL‐STD‐883B 1010．4 A |
85℃ | 115℃ | 1 hours | 5 min. | -55℃ | -75℃ | 1 hours | 10 times | 10 times |
| 50 | MIL‐STD‐883B 1010．4 A |
85℃ | 115℃ | 2 hours | 5 min. | -55℃ | -75℃ | 2 hours | 10 times | 5 times |
| 51 | MIL‐STD‐883B 1010．4 B |
125℃ | 155℃ | 30 min. | 5 min. | -55℃ | -75℃ | 30 min. | 10 times | 10 times |
| 52 | MIL‐STD‐883B 1010．4 B |
125℃ | 155℃ | 1 hours | 5 min. | -55℃ | -75℃ | 1 hours | 10 times | 10 times |
| 53 | MIL‐STD‐883B 1010．4 BA |
125℃ | 155℃ | 2 hours | 5 min. | -55℃ | -75℃ | 2 hours | 10 times | 5 times |
*Certain sample weight and placement conditions may not meet testing standards.
Depending on the sample's mass, placement, and ambient temperature, please input the appropriate setting values for test patterns 1 to 30 during the trial run.
Options
We offer a wide range of options.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Internal air compressor | Air compressor output 0.2 kW |
| Cable hole | ∅50 mm × 1, added next to standard cable hole (left side surface) |
| Sample basket | Permissible sample weight: 4 kg per shelf |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Power supply terminal block for air compressor connection | For three-phase 200V 0.2 kW or 0.4 kW |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Communication interface | Select either RS-485, or web interface (including Ethernet). |
| Communication interface cable | RS-232C : 4m, 10m |
| Casters, level adjusters | For moving/installing system |
| Air-Cooling Remote Condenser | The Air-Cooling Remote Condenser can be installed outside. Therefore, waste heat from condenser is expelled outside. |
Options
We offer a wide range of options.
Please scroll horizontally to view.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Internal air compressor | Air compressor output 0.2 kW |
| Cable hole | ∅50 mm × 1, added next to standard cable hole (left side surface) |
| Sample basket | Permissible sample weight: 4 kg per shelf |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Power supply terminal block for air compressor connection | For three-phase 200V 0.2 kW or 0.4 kW |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Communication interface | Select either RS-485, or web interface (including Ethernet). |
| Communication interface cable | RS-232C : 4m, 10m |
| Casters, level adjusters | For moving/installing system |
| Air-Cooling Remote Condenser | The Air-Cooling Remote Condenser can be installed outside. Therefore, waste heat from condenser is expelled outside. |
Outline specification MIL Standard Type
Outline specification
MIL Standard Type
Please scroll horizontally to view.
| Item | MIL Standard Type | |||||
| ES-76LM | ||||||
| Type | Stationary sample type, cool/hot air switchable, two/three zone switchable | |||||
| Performance | Temperature range (testing chamber) |
Low-temperature testing | -70 to 0℃ | |||
| High-temperature testing | 60 to 200℃ | |||||
| Temperature fluctuation margin | ±0.5℃ | |||||
| Temperature rise time (high-temperature chamber) | Room temperature to 200℃ : Within 15 min. | |||||
| Temperature drop time (low-temperature chamber) | Room temperature to -75℃ : Within 45 min. | |||||
| Temperature cycle performance | Cycles | 5 cycles (low-temperature start) | ||||
| Sample | Type | Plastic molded IC | ||||
| Weight | 5 kg (IC 3.5 kg + dual-stage jig 1.5 kg) | |||||
| (Includes weight of sample loading jig) | ||||||
| Testing chamber temperature / Testing time |
Low temperature | -65℃ / 15 min. | ||||
| Room temperature | ー | |||||
| High temperature | 150℃ / 15 min. | |||||
| Temperature measurement position | Downwind side | |||||
| Temperature return time | Within 5 min. | |||||
| Cooling method | Water-cooling | |||||
| Permissible sample weight inside testing chamber | 30Kg | |||||
| Test chamber capacity | 70L | |||||
| Item | MIL Standard Type | |||||
| ES-76LM | ||||||
| Type | Stationary sample type, cool/hot air switchable, two/three zone switchable |
|||||
| Performance | Temperature range (testing chamber) |
Low-temperature testing | -70 to 0℃ | |||
| High-temperature testing | 60 to 200℃ | |||||
| Temperature fluctuation margin | ±0.5℃ | |||||
| Temperature rise time (high-temperature chamber) | Room temperature to 200℃ : Within 15 min. | |||||
| Temperature drop time (low-temperature chamber) | Room temperature to -75℃ : Within 45 min. | |||||
| Temperature cycle performance | Cycles | 5 cycles (low-temperature start) | ||||
| Sample | Type | Plastic molded IC | ||||
| Weight | 5 kg (IC 3.5 kg + dual-stage jig 1.5 kg) | |||||
| (Includes weight of sample loading jig) | ||||||
| Testing chamber temperature / Testing time |
Low temperature | -65℃ / 15 min. | ||||
| Room temperature | ー | |||||
| High temperature | 150℃ / 15 min. | |||||
| Temperature measurement position | Downwind side | |||||
| Temperature return time | Within 5 min. | |||||
| Cooling method | Water-cooling | |||||
| Permissible sample weight inside testing chamber | 30Kg | |||||
| Test chamber capacity | 70L | |||||
*Performance is based on the following conditions:
・Temperature rise/drop time: Ambient temperature 20℃, cooling water inlet temperature 25℃
・Temperature return time: Ambient temperature 10 to 30 ℃, cooling water inlet temperature 15 to 30 ℃
・Operable range: Ambient temperature 0 to 40 ℃, cooling water inlet temperature 5 to 38 ℃
*A high-temperature testing temperature of 80℃ or lower is possible only at an ambient temperature of 20℃ or lower.
*The temperature return time is the point in time where the temperature reaches ±2℃ of the set high temperature or low temperature.
Large Capacity Type
Test Chamber Capacity Expanded to Accommodate Large Samples
Test Chamber Capacity Expanded to Accommodate Large Samples
| Type | Cooling method | Test chamber capacity | ||||
| Large Capacity | Water-cooling | 1,080L | 1,450L | 2,448L | 2,880L | 5,438L |
| Type | Cooling method | Test chamber capacity | ||||
| Large Capacity | Water-cooling | 1,080L | 1,450L | 2,448L | 2,880L | 5,438L |
We offer test chamber sizes from 1,000 L to 5,500 L.
Please choose the test chamber that fits your testing needs.
We offer test chamber sizes from 1,000 L to 5,500 L. Please choose the test chamber that fits your testing needs.
Options
We offer a wide range of options.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Internal air compressor | Air compressor output 0.2 kW |
| Cable hole | ∅50 mm × 1, added next to standard cable hole (left side surface) |
| Sample basket | Permissible sample weight: 4 kg per shelf |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Power supply terminal block for air compressor connection | For three-phase 200V 0.2 kW or 0.4 kW |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Communication interface | Select either RS-485, or web interface (including Ethernet). |
| Communication interface cable | RS-232C : 4m, 10m |
| Air-Cooling Remote Condenser | The Air-Cooling Remote Condenser can be installed outside. Therefore, waste heat from condenser is expelled outside. (Compatible with ES-1006L, ES-1506L.) |
Options
We offer a wide range of options.
Please scroll horizontally to view.
| Item | Specification |
| Temperature recorder | Select either paperless or a paper chart (100 mm width; 1 pen, 6 dots). |
| Emergency stop switch | Shuts power down via the earth leakage circuit breaker. |
| Internal air compressor | Air compressor output 0.2 kW |
| Cable hole | ∅50 mm × 1, added next to standard cable hole (left side surface) |
| Sample basket | Permissible sample weight: 4 kg per shelf |
| Cycle counter | Eight digits, with or without reset function |
| Signal indicator | Three colors (Green: Operating, Yellow: Power supply, Red: Error) |
| Power supply terminal block for air compressor connection | For three-phase 200V 0.2 kW or 0.4 kW |
| Sensor switching function | Select either upwind side or downwind side for the testing chamber temperature control point (can be switched). |
| Sample temperature monitor system | Begins testing time count based on the measured surface temperature of the sample. |
| Communication interface | Select either RS-485, or web interface (including Ethernet). |
| Communication interface cable | RS-232C : 4m, 10m |
| Air-Cooling Remote Condenser | The Air-Cooling Remote Condenser can be installed outside. Therefore, waste heat from condenser is expelled outside. (Compatible with ES-1006L, ES-1506L.) |
Outline specifications
Large Capacity Type
Please select one of the options to view the specifications. （The options are under the table.）
1 : Test chamber capacity 1,080L/ 1,450L
2 : Test chamber capacity 2,448L/ 2.880L/ 5,438L
1 : Test chamber capacity 1,080L/ 1,450L
2 : Test chamber capacity 2,448L/ 2,880L/ 5,438L
*Can be operated in an ambient temperature from 0 to 40℃, a cooling water inlet temperature from 5 to 38℃, and a power supply voltage within ±10% rated voltage.
*Performance values are given under these conditions: (1) ambient temperature from 10℃ to 30℃, ambient humidity from 30 to 60%, and cooling water inlet temperature from 15 to 30℃, and (2) power supply voltage within ±5% rated voltage. However, conditions will vary for the following:
1: A high-temperature testing temperature of 80℃ or lower is possible only at an ambient temperature of 20℃ or lower.
2: The temperature rise time and drop time are at an ambient temperature of 20℃ and a cooling water inlet temperature of 25℃.
3: The temperature return time is the point in time where the temperature reaches ±2℃ of the set high temperature or low temperature.