MLH01KPSB01BHoneywellHoneywell All Metal Pressure Sensors, MLH Series, Pressure Range 0 BAR to 10BAR, Units in BAR, Measurement Sealed Gage (psi)4, Electrical Termination Amp Superseal 1.52, Pressure Connector M10 x 1 (ISO 6149)3, Output Type 0.5VDC to 4.5VDC Ratiometric from 5VDC Excitation, Diaphragm Seal - Advanced Thick Film (ATF).
¥
889.07
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MLH01KPSB01BHoneywell
库存紧缺
制造商:
Honeywell
制造商型号#:
MLH01KPSB01B
百芯编号#:
CM54795557
价格(CNY):
¥
889.07
百芯库存:
5
个
库存地点:
可供应量:
21
个在库
此为供应商库存,需要与销售确认
产品类别:
压力,传感器
产品描述:
Honeywell All Metal Pressure Sensors, MLH Series, Pressure Range 0 BAR to 10BAR, Units in BAR, Measurement Sealed Gage (psi)4, Electrical Termination Amp Superseal 1.52, Pressure Connector M10 x 1 (ISO 6149)3, Output Type 0.5VDC to 4.5VDC Ratiometric from 5VDC Excitation, Diaphragm Seal - Advanced Thick Film (ATF).
MLH Series pressure sensors combine the latest in Application Specific Integrated Circuit (ASIC) technology with proven media isolated, metal diaphragm design. This digitally compensated sensor offers an unparalleled value and performance combination making it the ideal pressure sensing solution for demanding applications. Fully temperature compensated, calibrated and amplified, the MLH is available in 50 PSI to 8,000 PSI pressure ranges. MLH sensors deliver ±0.25% full scale accuracy Best Fit Straight Line (BFSL) and 2% total error over a temperature range of –40°C to +125°C (–40°F to +257°F). Industry standard, field proven connectors and process ports are offered for high reliability and user flexibility.
**Features:**
* All Metal Wetted Parts for Use in Wide Variety of Fluid Applications
* No Internal Elastomeric Seals Mean No O-Ring Compatibility Issues
* Amplified Outputs Eliminate Cost of External Amplifiers
* Reverse Polarity and Overvoltage Protection Provide Protection Against Reversed Excitation
* Less Than 2 ms Response Time Provides Accurate, High-Speed Measurement
* Rated IP65 or Better for Protection from Harsh Environments
* Exceeds CE Heavy Industrial EMC for Use in Areas of High RFI/EMI