Product Description
|
| Product Information | Resources |
|
|
RoHS Compliant| Specifications |
| Product Attribute | Attribute Value |
| Function | Pump Up |
| Control Voltage | 240 VAC |
| Sensitivity Range | 4.7K to 100KΩ |
| Time Deay | 5 Sec |
| Mounting | 8 Pin Plug-In |
| Load (Burden) | 2 VA |
| Probe Voltage | 5V DC Pulsed |
| Response Time | Pick Up: Fied in one second increments from 1-60 seconds Drop-out: 500ms |
| LED Indicator | Green ON with Control Voltage applied; Red Flashing during timing; Red ON when relay energized |
| Temperature | Operating: '-28o to + 65o C (-18 F to +149o F) Storage: '-40o to + 85o C (-40 F to +185o F) |
| Output Contacts | 10A @ 240 VAC/7A @ 28 VDC, 1/4HP @ 120 VAC (N.O.) |
| Life | Mechanical: 10,000,000 operations Full Load: 100,000 operations |
| Mounting | Requires Industry-Standard 8 Pin Octal Socket (Macromatic 70169-D or equivalent) |
| Series Features |
| LCP Series Single Probe|Pump up & Pump Down |
| Series Description: LCP series liquid level control relays detect and control levels of conductive liquids (tap water, sea water, sewage, chemical solutions, coffee, ice cream, etc.) in single probe pump up or pump down applications. The conductive properties of the liquid complete the circuit between a probe and common when the liquid comes in contact with both. These relays compare the value of the measured resistance between probes with the set point of the adjustable potentiometer provided on the product. The output of the relay is used to control pumps, solenoids or valves to lower, rays or maintain the level of the liquid in the tank. Probes are pulsed with a DC voltage to prevent potential electroplating issues. A built-in time delay prevents rapid cycling. Two versions of single pro products are available: Pump Up (Fill):The relay is OFF as long as the liquid is in contact with the probe. The relay energizes after a fixed time delay when the liquid level drops below the probe. The relay de-energizes when the liquid level touches the probe. Pump Down (Drain): The relay is OFF as long as no liquid is in contact with the probe. The relay energizes after a fixed time delay when the liquid level touches the probe. The relay de-energizes when the liquid level falls below the probe. |
| Operation: Uses industry-standard 8 Pin ocatl socket |
|