The chargers are configured for fast, accurate charging to give optimum battery life and reliability. The very smooth output (<1% ripple) allows charging of sealed or vented batteries - e.g., Nickel Cadmium (NiCd), Lead Acid Sealed (VRLA), vented and Planté cells - or use as a stand-alone power supply. Factory calibration is optimized for each specific battery type.
Items |
/Asset/a1547.jpg 42703600 SNTLUL1501205CDLA Model Sentinel 150 Automatic Battery Charger ****THIS ITEM IS NO LONGER AVAILABLE Price $0.00
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/Asset/a1547.jpg 42703601 SNTLUL1502405CDLA (No Longer available) Price $0.00
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/Asset/a1547.jpg 42703602 SNTLUL1501210CDLA Model Sentinel 150 Automatic Battery Charger***THIS ITEM IS NO LONGER AVAILABLE Price $0.00
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/Asset/a1548.jpg 42703603 ESNTLUL1501205CDLA Model Sentinel 150 Automatic Battery Charger (In Stock as of 12/16/2023) Price $375.00
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/Asset/a1548.jpg 42703604 ESNTLUL1502405CDLA Model Sentinel 150 Automatic Battery Charge(In Stock as of 12/16/2023 Price $230.00
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Description |
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THIS ITEM IS NO LONGER AVAILABLE SEE 42703850 SNTL300P? Open-frame (protective cover) Sentinel UL150, 5 A/12 V vented lead acid output, 110/120/220/240 VAC (50 Hz/60 Hz) input. |
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NO LONGER AVAILABLE
Open-frame (protective cover) Sentinel UL150, 5 A/24 V vented lead acid output, 110/120/220/240 VAC (50 Hz/60 Hz) input. |
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THIS ITEM IS NO LONGER AVAILABLE. SEE 42703850 SNTL300P.? Open-frame (protective cover) Sentinel UL150, 10 A/12 V vented lead acid output, 110/120/220/240 VAC (50 Hz/60 Hz) input. |
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BATTERY CHARGER 5 AMP 12VOLT dc. 120/240 Vac Enclosed Sentinel UL150, 5 A/12 V vented lead acid output, 110/120/220/240 VAC (50 Hz/60 Hz) input. |
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Enclosed Sentinel UL150, 5 A/12 V vented lead acid output, 110/120/220/240 VAC (50 Hz/60 Hz) input. |
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Model Number | N/A SNTLUL1501205CDLA | N/A SNTLUL1502405CDLA | N/A SNTLUL1501210CDLA | N/A ESNTLUL1501205CDLA | N/A ESNTLUL1502405CDLA | |||||
Alternate Current (AC) Operating Voltage | N/A 95 to 250 V | |||||||||
Operating Frequency | N/A 47 to 63 Hz | |||||||||
Direct Current (DC) Nominal Voltage | N/A 12 V | N/A 24 V | N/A 12 V | N/A 12 V | N/A 24 V | |||||
Maximum Current Limit | N/A 5 A10 A | N/A 5 A | N/A 5 A10 A | N/A 5 A10 A | N/A 5 A | |||||
Voltage Ripple | N/A <1 % | |||||||||
Line Regulation | N/A <2 % | |||||||||
Load Regulation | N/A <2 % | |||||||||
Charge Fail, Mains Alternate Current (AC) Fail | N/A +DC During Normal Charge 1 x Solid-State Relay Open Circuit During Fault | |||||||||
High and Low Battery Voltage | N/A | |||||||||
Maximum Current Rating at 30 Direct Current (DC) Voltage (All Relay Outputs)1 | N/A 250 mA | |||||||||
Standards for Maximum Current Rating at 30 Direct Current (DC) Voltage (All Relay Outputs) | N/A UL Class 2 | |||||||||
Alarm Outputs Information | N/A Sentinel UL150 models include a self-diagnostic circuit for monitoring charge fail fault conditions (AC supply/fuse failure, DC fuse failure or low/no charge current), with a solid-state relay output for driving a remote alarm or fault annunciator. Enclosed NFPA models have NFPA 110 compliant alarms for AC failure, charge fail, high battery volts and low battery volts. |
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Sentinel UL150 models include a self-diagnostic circuit for monitoring charge fail fault conditions (AC supply/fuse failure, DC fuse failure or low/no charge current), with a solid-state relay output for driving a remote alarm or fault annunciator. Enclosed NFPA models have NFPA 110 compliant alarms for AC failure, charge fail, high battery volts and low battery volts. |
N/A Sentinel UL150 models include a self-diagnostic circuit for monitoring charge fail fault conditions (AC supply/fuse failure, DC fuse failure or low/no charge current), with a solid-state relay output for driving a remote alarm or fault annunciator. Enclosed NFPA models have NFPA 110 compliant alarms for AC failure, charge fail, high battery volts and low battery volts. |
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Sentinel UL150 models include a self-diagnostic circuit for monitoring charge fail fault conditions (AC supply/fuse failure, DC fuse failure or low/no charge current), with a solid-state relay output for driving a remote alarm or fault annunciator. Enclosed NFPA models have NFPA 110 compliant alarms for AC failure, charge fail, high battery volts and low battery volts. |
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Sentinel UL150 models include a self-diagnostic circuit for monitoring charge fail fault conditions (AC supply/fuse failure, DC fuse failure or low/no charge current), with a solid-state relay output for driving a remote alarm or fault annunciator. Enclosed NFPA models have NFPA 110 compliant alarms for AC failure, charge fail, high battery volts and low battery volts. |
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Operating Temperature | N/A -4 to 140 ºF-20 to 60 ºC | |||||||||
Relative Humidity | N/A 20 to 90 % | |||||||||
Electrical Safety | N/A 2006/95/EC | |||||||||
Electromagnetic Compatibility | N/A 2004/108/EC (EN 61000-6-2, EN 61000-6-4) | |||||||||
UL Approvals | N/A BBGQ: UL1236, CSA22.2 no. 107.2 | |||||||||
Overall Width (W) | N/A 4.33 in110 mm | N/A 4.33 in110 mm | N/A 4.33 in110 mm | N/A 4.72 in120 mm | N/A 4.72 in120 mm | |||||
Overall Height (H) | N/A 5.31 in135 mm | N/A 5.31 in135 mm | N/A 5.31 in135 mm | N/A | N/A | |||||
Overall Height (H1) | N/A | N/A | N/A | N/A 10.51 in267 mm | N/A 10.51 in267 mm | |||||
Overall Height (H2) | N/A | N/A | N/A | N/A 2.76 in70 mm | N/A 2.76 in70 mm | |||||
Overall Depth (D) | N/A 3.07 in78 mm | N/A 3.07 in78 mm | N/A 3.07 in78 mm | N/A | N/A | |||||
Overall Depth (D1) | N/A | N/A | N/A | N/A 3.74 in95 mm | N/A 3.74 in95 mm | |||||
Overall Depth (D2) | N/A | N/A | N/A | N/A 5.12 in130 mm | N/A 5.12 in130 mm | |||||
Fixing Holes (X) | N/A 3.94 in100 mm | N/A 3.94 in100 mm | N/A 3.94 in100 mm | N/A 2.50 in63.5 mm | N/A 2.50 in63.5 mm | |||||
Fixing Holes (Y) | N/A | N/A | N/A | N/A 10.04 in255 mm | N/A 10.04 in255 mm | |||||
Fixing Holes (Y1) | N/A 4.53 in115 mm | N/A 4.53 in115 mm | N/A 4.53 in115 mm | N/A | N/A | |||||
Fixing Holes (Y2) | N/A 2.26 in57.5 mm | N/A 2.26 in57.5 mm | N/A 2.26 in57.5 mm | N/A | N/A | |||||
Weight | N/A 1.2 lb0.55 kg | N/A 1.2 lb0.55 kg | N/A 1.2 lb0.55 kg | N/A 2.8 lb1.25 kg | N/A 2.8 lb1.25 kg | |||||
Industry Standards | N/A CE cRU CSA22.2 No. 107.2 UL Tested UL1236 | N/A CE cRU CSA22.2 No. 107.2 UL Tested UL1236 | N/A CE cRU CSA22.2 No. 107.2 UL Tested UL1236 | N/A CE CSA22.2 No. 107.2 cULus UL Tested UL1236 | N/A CE CSA22.2 No. 107.2 cULus UL Tested UL1236 | |||||
Output Calibration Information | N/A Calibration figures shown are at 20 ºC. If temperature compensation is enabled and remote SNTL-RTC temperature sensor is connected, output voltage automatically varies by 3 mV per cell per 1 ºC deviation from 20 ºC, within the range -10 to 50 ºC. Increasing temperatures give decreasing outputs; decreasing temperatures give increasing outputs. |
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Calibration figures shown are at 20 ºC. If temperature compensation is enabled and remote SNTL-RTC temperature sensor is connected, output voltage automatically varies by 3 mV per cell per 1 ºC deviation from 20 ºC, within the range -10 to 50 ºC. Increasing temperatures give decreasing outputs; decreasing temperatures give increasing outputs. |
N/A Calibration figures shown are at 20 ºC. If temperature compensation is enabled and remote SNTL-RTC temperature sensor is connected, output voltage automatically varies by 3 mV per cell per 1 ºC deviation from 20 ºC, within the range -10 to 50 ºC. Increasing temperatures give decreasing outputs; decreasing temperatures give increasing outputs. |
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AutoBoost provides a temporary increase in output voltage, equalizing the charge between cells and maximizing battery life and capacity. AutoBoost is triggered automatically when the battery falls below a preset voltage or can be initiated manually through a momentary switch input. At the end of the AutoBoost cycle, Sentinel automatically reverts to normal float charge mode, preventing battery over-charge and gassing. |
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Calibration figures shown are at 20 ºC. If temperature compensation is enabled and remote SNTL-RTC temperature sensor is connected, output voltage automatically varies by 3 mV per cell per 1 ºC deviation from 20 ºC, within the range -10 to 50 ºC. Increasing temperatures give decreasing outputs; decreasing temperatures give increasing outputs. |
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Output Calibration Specification Table |
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Output Calibration Specification Table for Sentinel 150 Automatic Battery Chargers |
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Electrical Connections |
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Electrical Connections for Sentinel 150 Automatic Battery Chargers |
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Features | N/A All models feature an intelligent, multistage charge regime. During charge recovery mode, the Sentinel gives a constant (maximum) current output. As the battery approaches peak charge, the output reverts to float charge mode, maintaining an optimum cell voltage and supplying additional standing load current up to the rated maximum. Output current is always limited to the rated maximum, even during high load (e.g., engine cranking), short-circuit or reverse polarity connection. |
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All models feature an intelligent, multistage charge regime. During charge recovery mode, the Sentinel gives a constant (maximum) current output. As the battery approaches peak charge, the output reverts to float charge mode, maintaining an optimum cell voltage and supplying additional standing load current up to the rated maximum. Output current is always limited to the rated maximum, even during high load (e.g., engine cranking), short-circuit or reverse polarity connection. |
N/A All models feature an intelligent, multistage charge regime. During charge recovery mode, the Sentinel gives a constant (maximum) current output. As the battery approaches peak charge, the output reverts to float charge mode, maintaining an optimum cell voltage and supplying additional standing load current up to the rated maximum. Output current is always limited to the rated maximum, even during high load (e.g., engine cranking), short-circuit or reverse polarity connection. |
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AutoBoost provides a temporary increase in output voltage, equalizing the charge between cells and maximizing battery life and capacity. AutoBoost is triggered automatically when the battery falls below a preset voltage or can be initiated manually through a momentary switch input. At the end of the AutoBoost cycle, Sentinel automatically reverts to normal float charge mode, preventing battery over-charge and gassing. |
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AutoBoost provides a temporary increase in output voltage, equalizing the charge between cells and maximizing battery life and capacity. AutoBoost is triggered automatically when the battery falls below a preset voltage or can be initiated manually through a momentary switch input. At the end of the AutoBoost cycle, Sentinel automatically reverts to normal float charge mode, preventing battery over-charge and gassing. |
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AutoBoost | N/A AutoBoost provides a temporary increase in output voltage, equalizing the charge between cells and maximizing battery life and capacity. AutoBoost is triggered automatically when the battery falls below a preset voltage or can be initiated manually through a momentary switch input. At the end of the AutoBoost cycle, Sentinel automatically reverts to normal float charge mode, preventing battery over-charge and gassing. |
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The optimum charge voltage for lead acid and NiCd batteries varies with ambient temperature. Sentinel can be configured to sense battery temperature from a remote sensor and automatically compensate the output charge voltage. |
N/A AutoBoost provides a temporary increase in output voltage, equalizing the charge between cells and maximizing battery life and capacity. AutoBoost is triggered automatically when the battery falls below a preset voltage or can be initiated manually through a momentary switch input. At the end of the AutoBoost cycle, Sentinel automatically reverts to normal float charge mode, preventing battery over-charge and gassing. |
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UL Tested (listed or recognized) to: UL1236 - Battery chargers for charging engine-starting batteries, and CSA22.2 No. 107.2 - Battery chargers. |
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AutoBoost provides a temporary increase in output voltage, equalizing the charge between cells and maximizing battery life and capacity. AutoBoost is triggered automatically when the battery falls below a preset voltage or can be initiated manually through a momentary switch input. At the end of the AutoBoost cycle, Sentinel automatically reverts to normal float charge mode, preventing battery over-charge and gassing. |
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Temperature Compensation | N/A The optimum charge voltage for lead acid and NiCd batteries varies with ambient temperature. Sentinel can be configured to sense battery temperature from a remote sensor and automatically compensate the output charge voltage. |
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The optimum charge voltage for lead acid and NiCd batteries varies with ambient temperature. Sentinel can be configured to sense battery temperature from a remote sensor and automatically compensate the output charge voltage. |
N/A The optimum charge voltage for lead acid and NiCd batteries varies with ambient temperature. Sentinel can be configured to sense battery temperature from a remote sensor and automatically compensate the output charge voltage. |
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UL Tested (listed or recognized) to: UL1236 - Battery chargers for charging engine-starting batteries, and CSA22.2 No. 107.2 - Battery chargers. |
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The optimum charge voltage for lead acid and NiCd batteries varies with ambient temperature. Sentinel can be configured to sense battery temperature from a remote sensor and automatically compensate the output charge voltage. |
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Installation and Connection |
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UL-recognized SNTLUL150 model uses an open frame circuit board and base/heatsink with protected cover, for surface or DIN rail mounting in an existing control panel. UL-listed ESNTLUL150 models use a stainless steel, wall-mounted case. Electrical connection is by screw terminal blocks. Connection and cable access on ESNTL models is by a hinged front plate and knock-out sections in the enclosure side. |
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UL Tested (listed or recognized) to: UL1236 - Battery chargers for charging engine-starting batteries, and CSA22.2 No. 107.2 - Battery chargers. |
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UL-recognized SNTLUL150 model uses an open frame circuit board and base/heatsink with protected cover, for surface or DIN rail mounting in an existing control panel. UL-listed ESNTLUL150 models use a stainless steel, wall-mounted case. Electrical connection is by screw terminal blocks. Connection and cable access on ESNTL models is by a hinged front plate and knock-out sections in the enclosure side. |
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UL Tested (listed or recognized) to: UL1236 - Battery chargers for charging engine-starting batteries, and CSA22.2 No. 107.2 - Battery chargers. |
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UL-recognized SNTLUL150 model uses an open frame circuit board and base/heatsink with protected cover, for surface or DIN rail mounting in an existing control panel. UL-listed ESNTLUL150 models use a stainless steel, wall-mounted case. |
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Note |
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UL Tested (listed or recognized) to: UL1236 - Battery chargers for charging engine-starting batteries, and CSA22.2 No. 107.2 - Battery chargers. Dimensions for reference only. Use actual product for mounting template. For safe heat dissipation, mount product in orientation shown, with minimum air-gap clearance of 40 mm/1.5 in. above/below and 25 mm/1.0 in. at each side. In order to consistently bring you the highest quality, full-featured products, we reserve the right to change our specifications and designs at any time. Murphy products and the Murphy logo are registered and/or common law trademarks of Enovation Controls, LLC. This document, including textual matter and illustrations, is copyright protected by Enovation Controls, LLC, with all rights reserved. (c) 2015 Enovation Controls, LLC. A copy of the warranty may be viewed or printed. |
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UL Tested (listed or recognized) to: UL1236 - Battery chargers for charging engine-starting batteries, and CSA22.2 No. 107.2 - Battery chargers. |
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UL Tested (listed or recognized) to: UL1236 - Battery chargers for charging engine-starting batteries, and CSA22.2 No. 107.2 - Battery chargers. Dimensions for reference only. Use actual product for mounting template. For safe heat dissipation, mount product in orientation shown, with minimum air-gap clearance of 40 mm/1.5 in. above/below and 25 mm/1.0 in. at each side. In order to consistently bring you the highest quality, full-featured products, we reserve the right to change our specifications and designs at any time. Murphy products and the Murphy logo are registered and/or common law trademarks of Enovation Controls, LLC. This document, including textual matter and illustrations, is copyright protected by Enovation Controls, LLC, with all rights reserved. (c) 2015 Enovation Controls, LLC. A copy of the warranty may be viewed or printed. |
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UL Tested (listed or recognized) to: UL1236 - Battery chargers for charging engine-starting batteries, and CSA22.2 No. 107.2 - Battery chargers. |
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UL Tested (listed or recognized) to: UL1236 - Battery chargers for charging engine-starting batteries, and CSA22.2 No. 107.2 - Battery chargers. |
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