Rule Mate 2000 GPH Fully Automated Bilge Pump - 24V

Description

Rule-Mate Intelligence Rule-Mate Bilge pumps have built-in programming that can sense when the pump is running but not pumping water. This is a very unique feature to bilge pumps because it protects the pump and the vessel especially the vessels batteries. This is a very unique feature to bilge pumps because it protects the pump and the vessel especially the vessels batteries. The pump activated when the water reaches 2-1/2" and automatically shuts off when the pump senses no water against the impeller reducing the remaining water to approximately 5/8". Rule-Mate Intelligence Rule-Mate Bilge pumps have built-in programming that can sense when the pump is running but not pumping water. Once the debris is removed the pump will revert to its normal operation turning on when the water reaches 2-1/2" and shutting off at 5/8". If debris fouls the sensor or the pump becomes air-bound the pump will stop running and begin to "check" for water every 2-1/2 minutes. Rule-Mate 2000 GPH 24 Volt Fully Automated Bilge Pump The Rule-Mate 2000 GPH pump consists of a powerful Rule bilge pump and a highly intelligent circuit board in a single housing.

Key Features

• If debris fouls the sensor or the pump becomes air-bound the pump will stop running and begin to "check" for water every 2-1/2 minutes.
• Rule-Mate Intelligence Rule-Mate Bilge pumps have built-in programming that can sense when the pump is running but not pumping water.
• This is a very unique feature to bilge pumps because it protects the pump and the vessel especially the vessels batteries.
• Rule-Mate 2000 GPH 24 Volt Fully Automated Bilge Pump The Rule-Mate 2000 GPH pump consists of a powerful Rule bilge pump and a highly intelligent circuit board in a single housing.
• Once the debris is removed the pump will revert to its normal operation turning on when the water reaches 2-1/2" and shutting off at 5/8".
• The pump activated when the water reaches 2-1/2" and automatically shuts off when the pump senses no water against the impeller reducing the remaining water to approximately 5/8".