Table of Contents
Related Manuals for Sentry Voyager 12V 60A
Summary of Contents for Sentry Voyager 12V 60A
- Page 1 MARINE BATTERY CHARGERS Voyager Elite Series Installation/ Operation www.sentrychargers.com Linear Devices Corporation Phone: 804-368-8428 dba Sentry Fax: 804-368-8438 11126 Air Park Rd, Suite G Ashland, VA 23005 December 2017...
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Page 2: Table Of Contents
Table of Contents Safety Precautions Serial Number Model Number General Instructions Installation Instructions Connection Details AC Cables and Circuit Breaker Sizing DC Cables and Fuses 11-12 Setting Charging Curve and Battery Types 12-15 Operation of Battery Temp Sensor LED Display Indicators Mode and Display Operation Fault Indicators and Description Technical Specifications... -
Page 3: Safety Precautions
SAFETY PRECAUTIONS TO PREVENT ANY RISK OF ELECTRIC SHOCK OR FIRE, READ THIS MANUAL CAREFULLY BEFORE INSTALLING THE EQUIPMENT. This equipment is not designed for use by people (including children) with diminished physical, sensory or mental capacities, or people without experience or knowledge of such equipment, unless they have received prior instruction in the use of the equipment from a person responsible for their safety or are under the supervision of such a person. -
Page 4: Serial Number
correctly attached to the housing (using the nut provided), in the hole designed for this purpose. For safety reasons, the device’s EARTH Ground terminal (PE “Protective Earth” terminal), must be connected to the system’s physical earth ground (yellow & green wire of the main power). -
Page 5: Model Number
The fuses must be replaced by fuses with strictly identical characteristics and performance levels. Model Number The model number can be determined by the following code: SVE = Sentry Voyager Elite series 12 or 24 = DC Voltage Output 20, 40, 60… = DC Amp Output /3 = 3 battery banks... -
Page 6: Installation Instructions
on the housing prior to connection). The battery temperature sensor (24V100A version only) Verify Verify the Product’s data plate label, attached to one side of the Product, to ensure that the technical details actually meet your needs (main supply voltage, charger capacity, etc.). -
Page 7: Connection Details
CONNECTION DETAILS... - Page 8 Marking Description AC main, 8 AWG (10mm2) max (wire color code: brown or black) N/L2 AC neutral or L2, 8 AWG (10mm2) max (wire color code: blue, white or red) PE (Ground) AC ground, 8 AWG (10mm2) max (wire color code: green & yellow or green) Battery negative (common), pin M8 (wire color code: black) + DC1...
- Page 9 Example of connection on the basis of 3 distinct sets of batteries Important Check for proper torque and crimp of connections and terminals.
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Page 10: Ac Cables And Circuit Breaker Sizing
AC CABLES AND CIRCUIT BREAKER SIZING AC wiring Check the quality of connections and proper tightening of connections. For main power, preferably use a HO7RNF-type industrial cable. Ensure that you comply with the following recommendations. Charger 220-240V AC 50/60Hz 100-120V AC 60Hz capacity Length <... -
Page 11: Dc Cables And Fuses
DC CABLES AND FUSES DC wiring Check the quality of connections and Proper tightening of connections. Battery cables must be as direct and short as possible. Each battery output can Provide the charger’s full amperage and all the cables must have identical cross-sections. Ensure that you comply with the following recommended cross-sections. -
Page 12: Setting Charging Curve And Battery Types
DC fuses When maintaining the charger’s internal fuses, these must be replaced by fuses with strictly identical characteristics and performance levels. Risks of irreversible damage to the equipment. It is essential and highly recommended that you install, as close as possible to each positive output on the battery, a fuse to Protect connections, specifically in the event of a short circuit and/or overheating of the battery cables, as the result of damage to the Protective sleeves, for example. - Page 13 The performance and usable life of batteries are thereby maximized. By virtue of fully automated charging cycles, the batteries are protected against surges, providing a permanent connection for the charger. Selection of the charging Program takes place on installation using the “CHARGE SELECT”...
- Page 14 CHARGER CURVE SETTINGS CURVE BAT TYPE PHASE Open V. BOOST 14.4V 28.8V Lead V. FLOAT 13.2V 26.4V Sealed V. BOOST 14.2V 28.4V lead V. FLOAT 13.6V 27.2V Lead V. BOOST 14.8V 29.6V calcium V. FLOAT 13.8V 27.6V «Delphi» V. BOOST 15.4V 30.8V type...
- Page 15 Winter V. BOOST 14.2V 28.4V Sealed V. FLOAT 13.6V 27.2V lead Charge curve GEL & V. BOOST 14.4V 28.8V V. FLOAT 13.8V 27.6V Charge curve Power V. FLOAT 13.6V 27.2V supply Charge curve LiFeSo4 + inte- V. FLOAT 14.4V 28.8V grated Charge curve...
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Page 16: Operation Of Battery Temp Sensor
OPERATION of BATTERY TEMPERATURE SENSOR The temperature sensor allows the charging voltage to be automatically adjusted depending on the battery and ambient temperature. This function increases battery life, by reducing output voltage and current due to high ambient and/or battery temperature. This sensor is screwed onto the main battery’s positive terminal (a service/house battery as a general rule). -
Page 17: Led Display Indicators
LED DISPLAY The Voyager Elite charger is equipped with a local multifunction LED display, which, among other things, shows the details of the key stages of the battery charging process. BOOST phase: The battery is in its recharging phase, reaching a level of charge of close to 80%. -
Page 18: Mode And Display Operation
Mode and display operation FLASHING MODE DESCRIPTION SOLID LED Charger powered All LEDs on and/or Chan- INITIALIZATION for 3 ge of charging seconds cycle Batteries in POWER ON BOOST charging phase PHASE (charge from 0 to BOOST 80%) Batteries in POWER ON charging phase (charge from 80%... -
Page 19: Fault Indicators And Description
FLASHING MODE DESCRIPTION SOLID LED Excessive battery temperature fault BATTERY Automatic restart TEMPERATURE after a min delay TEMP FAULT for 30 seconds, subject to disappearance of the fault External tempera- ture sensor fault BATTERY Automatic restart TEMP SENSOR after a min delay FAULT for 30 seconds, subject to... -
Page 20: Technical Specifications
Technical specifications 12V 60A 12V 90A 24V 40A 24V 60A 24V 100A MAIN POWER CHARACTERISTICS Main 100V-120V 60Hz and/or 220-240V 50/60Hz 220-240V voltage (+/-15%) (+/-15%) Power typically 0.9 factor Output typically 83% typically 87% Inrush < 60A < 30A, limited by soft start <... - Page 21 12V 60A 12V 90A 24V 40A 24V 60A 24V 100A Winter V.BOOST = 14.2V V.BOOST = 28.4V Off Season Sealed V.FLOAT = 13.6V V.FLOAT = 27.2V lead Gel & V.BOOST = 14.4V V.BOOST = 28.8V V.FLOAT = 13.8V V.FLOAT = 27.6V Power V.FLOAT = 13.6V V.FLOAT = 27.2V...
- Page 22 12V 60A - 12V 90A 24V 100A 24V 40A - 24V 60A “Shutdown” type with automatic restart temperature once the fault has disappeared sensor General main supply Main fuse fault General battery supply Output fuses on –DC supply fault Conformal Coated protection on Circuit Board circuit board 14°F to +130°F...
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Page 23: Dimensions
Dimensions 12V 60A 12V 90A 24V 40A 24V 60A 24V 100A Height A 14.2 inch (360 mm) Width B 13.4 inch (340 mm) (190 mm) 7.5 inch Depth C 4.9 inch (125 mm) -
Page 24: Warranty
Warranty TO PREVENT ANY RISK OF INCORRECT USE OF THE CHARGER, CAREFULLY READ THE LIST OF POTENTIAL SCENIROS OR FAULTS NOT COVERED BY THE PRODUCT WARRANTY This device is not protected against battery polarity reversals. Risk of irreversible damage to the equipment. Should the device be dropped, this could cause irreversible distortion of the housing as well as damaging internal fans and certain electronic components.