Low Water Alarm

Water loss causes over 70% of Engine Failures

Leaking pump seals, hoses, welsh plugs, radiators and faulty clamps, faulty radiator caps or header tanks


ABOUT ENGINE SAVER

The engine saver originated when professional mechanic Davy Jones suffered an engine seizure in the remote Australian outback in 2000 caused by losing water from a burst heater hose.

From this experience he realised that modern cars, have almost no reserve of cooling water above the cylinder head because of low aerodynamic bonnet lines, when coolant is lost, the temperature gauge stops reading as it needs water around it to work properly, the high temperature warning light is difficult to see on sunny days whilst wearing sunglasses at highway speeds and loss of coolant means a seized engine within two minutes

The Engine Saver unit is solid state, industrial quality, heavy duty, epoxy filled, does not suffer from probe filming and has no moving parts. It is an extremely sensitive circuit which will operate over a wide range of values over a huge temperature range and yet is robust and extremely stable.

The Engine Saver is unaffected by the coolant coating the sensor probe with the high resistance film which prevents electrolysis. This is called probe filming which causes false alarms and tends to affect most other units on the market.

Diversity in application
Since launching the Engine Saver in 2002, the range of application has increased dramatically. The protection of motor vehicles engines remain the largest application percentage but Industrial, Marine and Rural Industry have utilized the Engine Saver. 100's of units are in operation in Australia.

Warranty
The Engine Saver carries a full 12 months manufacturers replacement warranty on the module
Twelve volt and twenty-four volt versions are available with or without LEDs


ENGINE SAVER TECHNICAL DETAILS
(Reserved right to change and improve specifications)
AVAILABLE VOLTAGES6V, 12V, 24V
POWER CABLE LENGTH12V = 0.5 Metres
24V = 1.0 Metres
PROBE CABLE LENGTH12V = 3 Metres
24V = 6 Metres
PROBE MATERIALMARINE STAINLESS STEEL 316 GRADE
TYPICAL CURRENT CONSUMPTION12V SENTRY = 0.13 milliamps @ 12.7V
12V ALARM = 8.6 milliamps @ 12.7V
24V SENTRY = 0.98 milliamps @ 26V
24V ALARM = 14.2 milliamps @ 26V
PROBE CURRENT12V = 0.13 milliamps @ 12.7V
24V = 0.098 milliamps @ 26V
CIRCUITRYSOLID STATE,
EXPOXY ENCAPSULATED
BUZZER OUTPUT(MAX) 82 decibels
LED OUTPUT (lazer bright models)10, 000 MCD @ 40ma
(Approx.size of LED 10mm diameter)
MODULE CASE SIZE65mm (2.5") Long x 38mm (1") Wide x 27mm (1.5") High
CASE MATERIALEPOXY FILLED ABS PLASTIC

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