- The sensor protects the compressor against damage in the event of liquid hammer from the system.
- Setting up the sensor using a PC allows for adjustments to match the system and the compressor.
- It has built-in data logs that work as the compressor’s “black box”.
- Instantaneous reaction without delays.
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Drawing
Connection diagram
Supply
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Mechanical specifications
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Voltage |
24 V DC + 10% |
Thread connection |
3/4” NPT and 1" BSPP |
Power usage |
Max 30 mA |
Material of the parts coming into contact with liquid |
AISI 304 |
Plug connection |
M12, 5 pins |
Material of the electronic parts |
GF BLK, Nylon 6 (PA) |
Udgang
|
Output |
Front |
Transsistor output |
PNP or NPN |
Configuration & indication
|
Contact function |
NO or NC |
Configuration |
With the PC tool – “HBCP TOOL” |
Data logging |
Read using PC |
LED Indication |
LED (green, yellow, and red) |
Installation conditions |
Approvals
|
Ambient temperature |
50°C (122°F) |
EMC test |
EN 61000-2 |
Refrigerant temperature |
80°C (185°F) |
Accessories
|
Max. pressure |
100 bar (1450 psig) |
Software tool (Downloaded from website) |
HBCP TOOL |
Waterproof rating |
IP65 |
Programing cable |
HBxC-USB |
Vibrations |
IEC 68-2-6 (4g) |
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Cable (included)
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5m cable with M12 plug |
HBxC-M12/5 |
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Cable specifications |
PUR -5 x 0,34 mm2 |
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Pipe size (compressor line) |
Length (L) |
Connection |
Ordering code |
2" |
150 mm |
3/4" NPT |
HBCP-1.5-2 |
2" |
150 mm |
3/4" BSPP |
HBCP-R-1.5-6 |
> 2" |
300 mm |
1" BSPP |
HBCP-3-8 |
> 2" |
300 mm |
1" NPT |
HBCP-3-9 |
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