Alternate Current (AC) Operating Voltage |
N/A 95 to 265 V |
Operating Frequency |
N/A 47 to 63 Hz |
Direct Current (DC) Nominal Voltage |
N/A 12 V |
Maximum Current Limit |
N/A 5 A |
Voltage Ripple |
N/A <1 % |
Line Regulation |
N/A <2 % |
Load Regulation |
N/A <2 % |
Control Input |
N/A Close to -DC to Activate Digital (Switch) Input Programmable Function |
Alarm Output |
N/A Programmable Function Relay Switched +DC |
Maximum Current Rating at 30 Direct Current (DC) Voltage (Alarm Output) |
N/A 1 A |
Protective Cover Material |
N/A 1050 Aluminum |
Protective Cover Thickness |
N/A 1.2 mm |
Operating Temperature |
N/A -30 to 60 ºC-22 to 140 ºF |
Storage Temperature |
N/A -40 to 60 ºC-40 to 140 ºF |
Relative Humidity |
N/A 20 to 90 % |
Electrical Safety |
N/A 2006/95/EC (EN 60065) |
Electromagnetic Compatibility |
N/A 2004/108/EC (EN 61000-6-2, EN 61000-6-4) |
Overall Width (W) |
N/A 4.28 in108.6 mm |
Overall Height (H) |
N/A 5.31 in135 mm |
Overall Depth (D) |
N/A 1.77 in45 mm |
Fixing Holes (X) |
N/A 3.90 in99 mm |
Fixing Holes Diameter (F) |
N/A 0.22 in5.65 mm |
Weight |
N/A 1.43 lb0.65 kg |
Features |
N/A
|
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, and reverts to float mode automatically at the end of the boost cycle, preventing battery over-charge and gassing. |
Alarm Output and Control Input ('A' Option) |
N/A A' option models include a control input and alarm output, both with configurable functions. The input can be configured for use with panel relay circuits or operator switches, giving additional control over the output, e.g. AutoBoost initiation and termination. The alarm relay output can be configured to operate during a one or more (up to 7) fault conditions: mains fail, DC connection error, battery missing, temp sensor short, low battery volts, high battery volts, charge fail. |
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. |
Versatile |
N/A The Sentinel 150P uses an open circuit board construction with an aluminum protective cover, for surface mounting in an existing control panel. Electrical connection is by quick-connect, two-part type terminal blocks. |
Installation and Connection |
N/A The Sentinel 150P uses an open circuit board construction with an aluminum protective cover, for surface mounting in an existing control panel. Electrical connection is by quick-connect, two-part type terminal blocks. |
Accessories |
N/A
Stock Code - 42.70.3619 Description - RTC sensor for remote temperature compensation feature, complete with 3 m/9.8 ft lead assembly. Non-standard lengths available to special order. Stock Code - 42.70.3825 Description - SNTL150P-PCCONN programming kit. Includes SNTL150P-PCSUITE software tool (PC compatible), USB-TTL interface and power/data connection leads. |
Warranty |
N/A
All part numbers are supplied with output calibrated for vented lead-acid cells. Output calibration can be optimized for different battery types by using the SNTL150P-PCSUITE software tool. 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. |
Note |
N/A
All part numbers are supplied with output calibrated for vented lead-acid cells. Output calibration can be optimized for different battery types by using the SNTL150P-PCSUITE software tool. 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. |