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高端气体分析模块
红外总碳分析模块
红外气体分析模块
热导式气体分析模块
顺磁氧模块
热导式分析模块 - GOW
AGM 22代表着工业应用领域中热导原理气体传感变送器最先进的技术。高精度、良好的长期稳定性和优异的重复性以及可灵活应用的标准使得其非常适合于不同系统开发者的需求。
增强型灵活性使得AGM22热导传感器模块为不同气体测量产品的理想选择。不同的结构可选，可适应单组分气体或多组分气体测量的需求，量程可以从100%到1% 体积浓度，同时具有高分辨率和低信噪比双重优点。
性能参数
|
反应时间 |
6. . . 45s,
与所使用传感元件,
流量,
管长度,
数字时间量 |
|
精度 |
满量程+
2% FS |
|
稳定性 |
满量程+
2% FS ( 12个月以上) |
|
重复精度 |
+
0.2%
（零点时）,
1%
（样气时） |
|
最低检测值 |
<满量程1%
FS
|
|
线形误差 |
<满量程2%
FS
|
|
温度特性 |
满量程+
1% FS/10O
Kelvin
（零点）,
+
2% FS/10O
Kelvin
（标气） |
|
温控加热器 |
55O
C
± 5O
C,
选配 |
|
压力特性 |
0%
（零点）,
< 2% FS/10 mbar
（标气）(无压力补偿时) |
|
压力补偿 |
< 0.2% FS/10mbar
（标气）(补偿到800.
. . 1200 mbar),
选配 |
|
状态/故障控制 |
双色LED显示 |
|
状态/故障输出 |
+5V HCMOS on 34-Pin
连接器 |
通讯
|
模拟输出信号 |
可选
0-20mA, 4-20mA, 0-1 VDC,
0-5 VDC, 0-10 VDC, 10
Bit
分辨率,
线性 |
|
数字输出信号 |
RS232C
接口
(V.28/V.24);
线性,
12 Bit
分辨率 |
|
数字时间量 |
0.5s, 5s, 10s, 20s, DIP
可选 |
工作条件
|
电压 |
24 VDC (18 - 30 VDC), 24
VDC (24 - 30 VDC)
带加热器可选 |
|
平均功耗 |
最大
3W
不带加热器,
最大
8W
带加热器28W
超过3
分钟时(预热期间) |
|
电流输出负载 |
Typ. 250 Ω, max 500 Ω |
|
温度范围 |
0. . . +50OC |
|
储存温度 |
-20. . . +60OC |
|
流量 |
0. . . 750 ml/min |
|
湿度范围 |
0. . . 95% RH
非冷凝 |
|
就绪状态 |
10s
工作状态,
30min
最佳 |
|
报警设定 |
两级可调(电位计),
输出信号+5V
HCMOS signal (无继电器输出) |
|
校准 |
使用电位计进行零点和样气点校准 |
|
|
AGM
22代表着工业应用领域中热导原理气体传感变送器最先进的技术。高精度、良好的长期稳定性和优异的重复性以及可灵活应用的标准使得其非常适合于不同系统开发者的需求。
光学和机械部件均采用了最先进科技实现其卓越性能。
原件的品质执行了严格的过程和品质控制标准。软件程序带有计算和补偿程序，确保可靠性和高的重复精度。嵌入的温度控制、预先的信号处理和可选的压力补偿计算可使得OEM开发者在他们昂贵的高端气体分析仪中得到良好的性能。有不同标准的传感器的气体变送器模块满足不同用户的需求。
增强型灵活性使得AGM22热导传感器模块为不同气体测量产品的理想选择。不同的结构可选，可适应单组分气体或多组分气体测量的需求，量程可以从100%到1%
体积浓度，同时具有高分辨率和低信噪比双重优点。
产品描述
|
测量原理 |
带硅微机械的热导传感原理 |
|
测量范围 |
H2 : 0-5%,
0-10%, 0-20%, 0-30%,
0-50%, 0-80%, 0-100%
He : 0-5%, 0-10%,
0-20%, 0-30%, 0-50%,
0-80%, 0-100%
Xe : 0-5%, 0-10%,
0-20%, 0-30%, 0-50%,
0-80%, 0-100%
(热导原理可在氮气,空气或氩气为背景气中测量) |
|
机械尺寸 |
PCB 160 x 100mm,
高
40mm |
|
重量 |
最大
800g |
|
管径 |
3mm
ID |
|
|
附:
红外及热导原理传感器选型表
|
原理 |
气体
[in N2] |
标准量程 |
型号 |
订货号 |
|
红外IR |
二氧化碳[CO2] |
0-1000ppm |
AGM 101 |
9270-066A |
|
0-2000 ppm |
|
0-5000 ppm |
AGM 50 |
9270-074A |
|
0-1% |
AGM 30 |
9270-062A |
|
0-2.5%, 0-5%, 0-10% |
AGM 10 |
9270-060A |
|
0-20% |
AGM 31 |
9270-063A |
|
0-30% |
|
0-100% |
AGM 32 |
9270-064A |
|
甲烷
[CH4] |
0-1%, 0-2% |
AGM 101 |
9270-066F |
|
0-20% |
AGM 30 |
9270-062F |
|
0-100% |
AGM 10 |
9270-060F |
|
一氧化碳
[CO]
|
0-5%, 0-35%, 0-100% |
AGM 106 |
9270-071B |
|
氧化二氮
[N2O] |
0-2000 ppm |
AGM 101 |
9270-066L |
|
热导原理TC |
氢气
[H2] |
0-1% [i], 0-5% [I],
0-10% |
AGM 22 |
9270-061G |
|
氦气
(He) |
0-50%, 0-80%, 0-100% |
9270-061H |
|
氙气
[Xe] |
0-80%, 0-100% |
9270-061J |
|
其它惰性气体,
如Ar,
Ne, SF6,. . . |
根据需要 |
TBD |
[i]:
使用热导测量范围<10
vol%
时需要对传感器热隔离技术require
。AGMs
采用附加的气腔并分开300mm距离热隔离传感器技术。 |
|
|
|
|
|
测量气体
|
产品图片
|
产品名称/型号
|
产品特点参数 |
|
CO2/CH4
|
|
欧洲红外CO2或CH4检测模块
|
|
Product
Specifications |
| Measuring Principle |
Non-Dispersive Infrared (NDIR) dual
wavelength, single bean, no moving parts |
| Measuring Ranges |
CO2:
0-5000 ppm, 0-1%, 0-2.5%, 0-5%, 0-10%,
0-20%, 0-30%, 0-50%, 0-100%
CH4: 0-10%, 0-50%, 0-100%, other ranges on
request |
| Mechanical Dimensions |
PCB 160 x 100mm, Height
40mm |
| Weight |
max. 800g |
| Tube Connection |
3mm ID |
|
Performance |
| Response Time |
6. . . 45s, depending on used sensor
element, flow, tube length, digital time
constant |
| Accuracy |
±
2%
FS |
| Stability |
±
2%
FS over 12 months |
| Repeatability |
±
0.2% at zero, 1% at span |
| Lower Detection Limit |
< 1% FS |
| Linearity Error |
< 2% FS |
| Temperature Dependence |
±
1%
FS/10° Kelvin at
Zero, ± 2% FS/10°
Kelvin at span |
| Temperature Controlled Heater |
55° C
± 5° C,
optional |
| Pressure Dependence |
0% at zero, < 2% FS/10 mbar at span (non
compensated) |
| Pressure Compensation |
< 0.2% FS/10mbar at span (compensated
between 800. . . 1200 mbar), optional |
| Status/Failure Control |
Status and failure mode shown by
two-color LED |
| Status/Failure Output |
+5V HCMOS on 34-Pin connector |
|
Communication |
| Analog Output Signals |
Selectable 0-20mA, 4-20mA,
0-1 VDC, 0-5 VDC, 0-10 VDC, 10 Bit
resolution. linearized |
| Digital Output Signals |
RS232C Interface
(V.28/V.24); linearized, 12 Bit resolution |
| Digital Time Constant |
0.5s, 5s, 10s, 20s, DIP
switch selectable |
|
Operation |
| Operating Supply Voltage |
24 VDC (18 - 30 VDC), 24
VDC (24 - 30 VDC) with heater option |
| Average Power Consumption |
Max. 3W without heater
option, max. 8W with heater option 28W over
3 minutes (during warm-up) |
| Load at Current Output |
Typ. 250
Ω, max 500 Ω |
| Temperature Range |
0. . . + 50°C |
| Storage Temperature |
-20. . . +60°C |
| Flow Range |
0. . . 750 ml/min |
| Humidity Range |
0. . . 95% RH non
condensing |
| Ready Status |
10s operation, 30 min full
specifications |
| Alarm Settings |
Two adjustable alarms
(Potentiometer), output signal +5V HCMOS
signal (no relay output) |
| Calibration |
Zero and span point with
potentiometers |
Specifications are subject to change without
notice.
While due caution has been exercised in the
production of this web site, possible errors and
omissions are unintentional. |
|
H2/He/Xe
|
|
欧洲热导式气体传感器H2/He/Xe检测模块
|
|
Product
Specifications |
| Measuring Principle |
Thermal
conductivity detection principle with
silicon micro-mechanics |
| Measuring Ranges |
Only binary or
pseudo-binary gas mixtures. H2
in N2
(on air)/HE in N2
(or air)/He in Ar: 0-5%, 0-10%, 0-20%,
0-30%, 0-50%, 0-80%, 0-100%, other ranges on
request |
| Mechanical Dimensions |
PCB
160 x 100mm, Height 60mm |
| Weight |
max. 800g |
| Tube Connection |
3mm ID |
|
Performance |
| Response Time |
1. . . 45s,
depending on used sensor element, flow, tube
length, digital time constant |
| Accuracy |
±
2% FS |
| Stability |
±
2% FS
over 12 months |
| Repeatability |
±
0.2%
at zero, 1% at span |
| Lower Detection Limit |
< 1% FS |
| Linearity Error |
< 2% FS |
| Temperature Dependence |
±
1%
FS/10° Kelvin at
Zero, ± 2% FS/10°
Kelvin at span |
| Temperature Controlled
Heater |
55°
C ± 5°
C, optional |
| Pressure Dependence |
0% at zero, < 2%
FS/10 mbar at span (non compensated) |
| Pressure Compensation |
< 0.2% FS/10mbar
at span (compensated between 800. . . 1200
mbar), optional |
| Status/Failure Output |
+5V HCMOS on
34-Pin connector |
|
Communication |
| Analog Output Signals |
Selectable 0-20mA, 4-20mA, 0-1 VDC, 0-5 VDC,
0-10 VDC, 10 Bit resolution. linearized |
| Digital Output Signals |
RS232C Interface (V.28/V.24); linearized, 12
Bit resolution |
| Digital Time Constant |
0.5s, 5s, 10s, 20s, DIP switch selectable |
|
Operation |
| Operating Supply Voltage |
24
VDC (18 - 30 VDC), 24 VDC (24 - 30 VDC) with
heater option |
| Average Power Consumption |
Max. 3W without heater option, max. 8W with
heater option 28W over 3 minutes (during
warm-up) |
| Load at Current Output |
Typ. 250
Ω, max 500 Ω |
| Temperature Range |
0.
. . + 50°C |
| Storage Temperature |
-20. . . +60°C |
| Flow Range |
0.
. . 750 ml/min |
| Humidity Range |
0.
. . 95% RH non condensing |
| Ready Status |
10s
operation, 30 min full specifications |
| Alarm Settings |
Two
adjustable alarms (Potentiometer), output
signal +5V HCMOS signal (no relay output) |
| Calibration |
Zero and span point with potentiometers |
Specifications are subject to change without
notice.
While due caution has been exercised in the
production of this web site, possible errors and
omissions are unintentional. |
|
CO2/CH4/CO/N2O
|
|
红外CO2/CH4/CO/N2O检测模块
|
|
Product
Specifications |
| Measuring Principle |
Non-Dispersive Infrared (NDIR) dual
wavelength, single bean, no moving parts |
| Measuring Ranges |
CO; 0-1000ppm, 0-2000ppm, CH4:
0-5% CO: 0-35%, other ranges on request |
| Mechanical Dimensions |
PCB 160 x 100mm, Height
40mm |
| Weight |
max. 800g |
| Tube Connection |
3mm ID |
|
Performance |
| Response Time |
6. . . 45s, depending on used sensor
element, flow, tube length, digital time
constant |
| Accuracy |
±
2%
FS |
| Stability |
±
2%
FS over 12 months |
| Repeatability |
±
0.2% at zero, 1% at span |
| Lower Detection Limit |
< 1% FS |
| Linearity Error |
< 2% FS |
| Temperature Dependence |
±
1%
FS/10° Kelvin at
Zero, ± 2% FS/10°
Kelvin at span |
| Temperature Controlled Heater |
55° C
± 5° C,
optional |
| Pressure Dependence |
0% at zero, < 2% FS/10 mbar at span (non
compensated) |
| Pressure Compensation |
< 0.2% FS/10mbar at span (compensated
between 800. . . 1200 mbar), optional |
| Status/Failure Output |
+5V HCMOS on 34-Pin connector |
|
Communication |
| Analog Output Signals |
Selectable 0-20mA, 4-20mA,
0-1VDC, 0-5VDC, 0-10VDC, 10 Bit resolution.
linearized |
| Digital Output Signals |
RS232C Interface
(V.28/V.24); linearized, 12 Bit resolution |
| Digital Time Constant |
0.5s, 5s, 10s, 20s, DIP
switch selectable |
|
Operation |
| Operating Supply Voltage |
24VDC (18 - 30 VDC), 24 VDC
(24 - 30 VDC) with heater option |
| Average Power Consumption |
Max. 3W without heater
option, max. 8W with heater option 28W over
3 minutes (during warm-up) |
| Load at Current Output |
Typ. 250
Ω, max 500 Ω |
| Temperature Range |
0. . . + 50°C |
| Storage Temperature |
-20. . . +60°C |
| Flow Range |
0. . . 750 ml/min |
| Humidity Range |
0. . . 95% RH non
condensing |
| Ready Status |
10s operation, 30 min full
specifications |
| Alarm Settings |
Two adjustable alarms
(Potentiometer), output signal +5V HCMOS
signal (no relay output) |
| Calibration |
Zero and span point with
potentiometers |
Specifications are subject to change without
notice.
While due caution has been exercised in the
production of this web site, possible errors and
omissions are unintentional. |
|
其他气体如Ar,Ne,SF6等气体可电话咨询 |
|
| 产品图片 |
产品名称/型号 |
产品简单介绍 |
|
|
简单介绍
■
测量精度高 ■ 灵敏度高 ■ 集成温度补偿，漂移小 ■ 体积小，响应速度快 ■ 可以测量微小的气体容量 ■
高性价比 ■ TO8封装，抗冲击能力强
TCS208F气体热导传感器的详细介绍
TCS208F气体热导传感器，德国HLP公司TCS208F气体热导传感器，采用先进的MEMS加工技术生产，利用被测组份和参考气体的热导系数不同而响应的浓度型传感器。产品具有检测范围大、可靠性高、安装方便、维护简单等优点。可广泛应用于天然气，CH4、H2，CO2，CO，SF6，Xe，He，NH3等气体成份检测，也可用于测量非常小的气体容积变化。
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|
传感器/变送器/仪表按厂商品牌选用指南
以产品原理分类导航|
