Product Details
Place of Origin: Shenzhen China
Brand Name: CALIN
Certification: STS Certificates
Model Number: CA768
Payment & Shipping Terms
Minimum Order Quantity: Negotiation
Price: Negotiation
Packaging Details: Standard Packing
Delivery Time: 6 weeks
Supply Ability: 500000Piece/Year
Material: |
Steel |
Color: |
White |
Material: |
Steel |
Color: |
White |
Steel Material STS Smart RF Communication Remote Reading and Hand Held Unit HHU
The CA768 RF Remote Reading Gas meter is an unique residential gas meter designed to accurately measure volumes of natural gas, town gas liquefied petroleum gas etc. With this type you are assured of continuously good metrology and revenue protection at the same time.
Its stringent components selection meets highest demand standard in global market. I t is designed to increase customer satisfaction and save costs by providing reliable performance and long-term measurement accuracy for residential applications. With our broad range of prepaid system solutions, you can manage this type gas meter along with your STS prepaid electricity meters.
Main Features
G1.6, G2.5 and G4
Light and easy to handle
Recharge by inputting 20 digits TOKEN in keypad.
Prepaid and post-paid mode swappable
Low power usage and low failure rate
Over 10 years’ data storage in absence of power
Prepared for AMR functions with RF, MODBUS, and RS485 (on request)
Available with EMC, ESD, EMI approval
Low credit warning
Advanced tamper detection
Key Benefits
PLC/RF/GPRS communication(On request)
Time of Use(TOU), muti-tariff, holiday setting.
Easy connection to User Interface Unit(UIU) for split type applications
15 year designed life
Balance alarm can be set by user according to his own need.
Parameters
| Type | G1.6 | G2.5 | G4 |
| Nominal Flow Rate m³/h | 1.6 | 2.5 | 4 |
| Maximum Flow Rate m³/h | 2.5 | 4 | 6 |
| Minimum Flow Rate m³/h | 0.016 | 0.025 | 0.040 |
| Working Preesure Pa | 0.5 | ||
| Basic Error % | Qmin<Q<0.1Qmax: ±3; 0.1Qmax<Q<Qmax: ±1.5; | ||
| Leak-Provenance kPa | No leakage below 15kPa | ||
| Pressure Loss kPa | <250 | ||
| Maximum Reading m³ | 99999.9 | ||
| Minimum Reading m³ | 0.2 | ||
| Weight(kg) | -10℃ |
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Dimensions and diagram
Video
