热电评估装置
发电效率特性评价装置 PEM-2

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用于热电发电模块的特性评价。
给热电发电模块设置最大500℃的温度差，在模块中贯通一维热流Q产生电力P来获得热电转换率η的设备。

特点

采用具有出色温度可控性的红外金像炉，可快速进行模块性能评估和耐久性测试
模块顶部和底部的温差最高可达500℃
能够测量模块内的热量
气缸机构在加热期间能稳定保持接触表面的热阻
判断温度稳定性，自动改变热电发电模块的负荷，自动控制测量温度，测量动作只要软件上设置即可。

用途

热电发电模块的发电效率测量
通过热循环测试进行模块寿命测试

规格

Measurement value	Conversion efficiency, Power generation amount, Penetration heat amount
Measurement method	One dimensional heat flow input method
Module size	Square 30mm×5 to 30mm t (negotiable)
Heating surface temperature Max.	Max. 800 ℃
Sample temperature gradient	Approx. 300 ℃ in case of thermal conductivity of Stainless steel of 30 mm t
Pressure on contact surface	2MPa
Atmosphere	In inert gas
Required floor space	Approx. W3000×D1000 (mm)
Weight	Approx. 300 kg
Power source	Power : AC 200 V, 1 phase, 4 kVA, One location PC, Pump : AC 100 V, 1 phase, 1 kVA Outlet two locations
Grounding	Resistance 100 Ω max. one location

Constitution

Sample heating assembly(including frame work)　　1 set
Programmable temperature controller　　1 set
Measurement circuit assembly　　1 set
Vacuum evacuation assembly　　1 set
Data processing unit　　1 set
Constant temperature water circulator
(for cooling lower part heat flow measurement block)　　1 set

Utility

Required floor space	Approx. W 3000 × D 1000 (mm)
Weight	Approx. 300 kg
Power source	Power : AC 200 V, 1 phase, 4 kVA, One location PC, Pump : AC 100 V, 1 phase, 1 kVA Outlet two locations
Grounding	Resistance 100 Ω max. one location

Typical example of commercially available module

Power evaluation by temperature and load current

Evaluation of temperature and maximum conversion efficiency

发电效率特性评价装置

PEM-2

ULVAC EQUIPMENT SALES

用于热电发电模块的特性评价。
给热电发电模块设置最大500℃的温度差，在模块中贯通一维热流Q产生电力P来获得热电转换率η的设备。

特点

采用具有出色温度可控性的红外金像炉，可快速进行模块性能评估和耐久性测试
模块顶部和底部的温差最高可达500℃
能够测量模块内的热量
气缸机构在加热期间能稳定保持接触表面的热阻
判断温度稳定性，自动改变热电发电模块的负荷，自动控制测量温度，测量动作只要软件上设置即可。

用途

热电发电模块的发电效率测量
通过热循环测试进行模块寿命测试

规格

Measurement value	Conversion efficiency, Power generation amount, Penetration heat amount
Measurement method	One dimensional heat flow input method
Module size	Square 30mm×5 to 30mm t (negotiable)
Heating surface temperature Max.	Max. 800 ℃
Sample temperature gradient	Approx. 300 ℃ in case of thermal conductivity of Stainless steel of 30 mm t
Pressure on contact surface	2MPa
Atmosphere	In inert gas
Required floor space	Approx. W3000×D1000 (mm)
Weight	Approx. 300 kg
Power source	Power : AC 200 V, 1 phase, 4 kVA, One location PC, Pump : AC 100 V, 1 phase, 1 kVA Outlet two locations
Grounding	Resistance 100 Ω max. one location

Constitution

Sample heating assembly(including frame work)　　1 set
Programmable temperature controller　　1 set
Measurement circuit assembly　　1 set
Vacuum evacuation assembly　　1 set
Data processing unit　　1 set
Constant temperature water circulator
(for cooling lower part heat flow measurement block)　　1 set

Utility

Required floor space	Approx. W 3000 × D 1000 (mm)
Weight	Approx. 300 kg
Power source	Power : AC 200 V, 1 phase, 4 kVA, One location PC, Pump : AC 100 V, 1 phase, 1 kVA Outlet two locations
Grounding	Resistance 100 Ω max. one location

Typical example of commercially available module

Power evaluation by temperature and load current

Evaluation of temperature and maximum conversion efficiency