G1/4 Water Treatment Pressure Transmitter China Supplier
APT215 series ceramic pressure sensor applied in the engine fuel pressure, hydraulic pressure and gas pressure industries, which is adopt the imported Germany Flush Ceramic piezoresistive technology, and use the military level of printer PCB board, Anti-Jamming enhanced 300%, stability of circuit is above 10 years . 5-10 years long services life design suitable for many industrial and OEM pressure measurement applications
Feature
used in refrigeration Industry
±0.5%FS,±1%FS accuracy
high stability , high reliability
ceramic sensor from German
digital calibration
multiple connectors and ports
CE compliant
ROHS compliant
Applications
Process control system
Compressor
Building Water supply
Hydraulic control
Air conditioner
Automotive engine
Automatic detection system
Hydraulic Pressure station
Refrigerator
Pressure range | 0~200kPa...60MPa | |
Pressure type | gauge (G ) | |
Overload pressure | 150%FS | |
Accuracy | 0.5%FS(typ.) ±1.0%F.S (max.) | |
long-term stability | 0.5%FS/year(typ.) 1.0%FS/year(max.) | |
temp.coefficient of zero | ±0.05%FS/°C(typ.) ±0.1%FS/°C(max.) | |
temp.coefficient of span | ±0.05%FS/°C(typ.) ±0.1%FS/°C(max.) | |
Operating temperature | -40°C~100°C | |
compensate temperature | -10°C~80°C | |
storage temperature range | -40°C~100°C | |
Medium compatibility | All corrosive medium compatible with 1Cr18Ni9Ti | |
Output signal | 4~20mA | 0.5~4.5V |
Power supply | 10~30Vdc | 5V(ratio) |
Load resistance | R≤(U-15)/0.02 (for 4/20mA) | R>100kΩ(for votage output |
Insulating resistance | >100M Ω@100V | |
electrical interface | packard,DIN43650,plug connection,cable connection,waterproof outlet | |
pressure interface | M20x1.5, G1/4,G1/2,1/4NPT, 1/2NPT,7/16-20UNF (customer request) | |
material of pressure membrane | ceramic | |
material of housing | Cr18Ni9Ti stainless steel | |
response time(10%~90%) | ≤10ms | |
shock/impact | 10gRMS,(20~2000)Hz / 100g,11ms | |
protection | IP65 | |
certification | CE ,Ex ,ROHS | |
EMC | EMI:EN50081-1/-2, EMS: EN50082-2 |