Tactical TPS1310DC 13.5VDC 10 Amp Power Supply with High Output Battery Charging
Key Features
- Fully regulated switch mode power supply delivering 13.5VDC at 10 amps.
- Integrated 13.8VDC 1.4A battery charger for backup operation.
- Low noise performance at full load.
- Overload, short circuit, and over-voltage shutdown protection.
- Thermal overload protection for safe operation.
- AC fail relay and battery fail relay outputs.
- Green and red LED status indicators.
- Convection cooled design with no fans or additional heat sinks required.
- Full output operation from 0 to 50 degrees Celsius without derating.
- Complies with AS/NZS 60950.1:2015 electrical safety and CISPR11 EMC standards.
Specifications
- Item Code: TPS1310DC
- Output Voltage: 13.5V DC
- Output Current: 10A
- Battery Charger Output: 13.8V DC at 1.4A
- Battery Backup: Yes
- Battery Leads Included: No
- Fused Outputs: No
- LED Indicators: Yes
- Operating Temperature: 0 to 50°C at full output
- Cooling: Convection cooled (no fan required)
- Compliance: AS/NZS 60950.1:2015, CISPR11:2004
- Certificate of Approval: EESS-240724-0
What's In The Box
- Tactical TPS1310DC power supply unit.
- Removable 10 way output connector.
Suitable Uses
- Access control systems.
- Security and alarm installations.
- Industrial and commercial control equipment.
- Scientific or medical electronic equipment requiring stable DC supply.
- Sites requiring battery backed power for critical systems.
Frequently Asked Questions
- Does this power supply include a backup battery?
No. The unit includes a battery charging circuit, but the backup battery must be supplied separately. - Can this run continuously at full load?
Yes. It is designed to operate at full 10 amp output from 0 to 50 degrees Celsius without derating. - What happens if the mains power fails?
The AC fail relay changes state and the system switches to battery backup if a battery is connected.
Additional Information
- Commonly specified in Australian access control and alarm panel installations where a stable 13.5V DC supply is required.
- Switch mode design reduces heat compared with traditional linear supplies, allowing fanless operation.
- Battery fail relay output is only active during mains failure, which is important when wiring monitoring circuits.
