
Clack (R7031-50K) 50K OHM Resilites DI Light 110V; 1-2" MIP
Clack R7031-50K Resilites DI Light Assembly
Technical Details
| Model Number | R7031-50K |
| Resistivity Threshold | 50K OHM |
| Voltage | 110V AC |
| Connection Size | 1/2" Male Iron Pipe (MIP) |
| Application | Deionization Systems |
| Manufacturer | Clack Corporation |
System Requirements
The R7031-50K Resilites DI Light fits any deionization system with 1/2" male pipe thread ports and 110V power supply. Commonly installed on Clack WS1, WS1.5, and WS2 valve bodies, as well as compatible DI tanks and custom assemblies. Resistivity monitoring requires water contact with the sensing probe. Verify thread compatibility and voltage before installation.
Clack R7031-50K Resilites DI Light Assembly
Technical Details
| Model Number | R7031-50K |
| Resistivity Threshold | 50K OHM |
| Voltage | 110V AC |
| Connection Size | 1/2" Male Iron Pipe (MIP) |
| Application | Deionization Systems |
| Manufacturer | Clack Corporation |
System Requirements
The R7031-50K Resilites DI Light fits any deionization system with 1/2" male pipe thread ports and 110V power supply. Commonly installed on Clack WS1, WS1.5, and WS2 valve bodies, as well as compatible DI tanks and custom assemblies. Resistivity monitoring requires water contact with the sensing probe. Verify thread compatibility and voltage before installation.
Original: $124.55
-65%$124.55
$43.59Description
Clack R7031-50K Resilites DI Light Assembly
Technical Details
| Model Number | R7031-50K |
| Resistivity Threshold | 50K OHM |
| Voltage | 110V AC |
| Connection Size | 1/2" Male Iron Pipe (MIP) |
| Application | Deionization Systems |
| Manufacturer | Clack Corporation |
System Requirements
The R7031-50K Resilites DI Light fits any deionization system with 1/2" male pipe thread ports and 110V power supply. Commonly installed on Clack WS1, WS1.5, and WS2 valve bodies, as well as compatible DI tanks and custom assemblies. Resistivity monitoring requires water contact with the sensing probe. Verify thread compatibility and voltage before installation.









