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- Automatic & Static Transfer SwitchesIndustrial Static Transfer Switches The Static Transfer Switch is a critical component for increasing resiliency and minimizing downtime in any critical electrical installation. It is frequently used in the data centre environment with 2N configuration for provision of redundancy for devices without dual power supplies. Normally fed from two independent UPSs or a group of UPSs they seamlessly transfer the critical load from one UPS to the other for maintenance purposes or in case of complete loss of one of the supplies. They can economically provide the next level of redundancy for critical installations where 2N configuration is not available and infrastructure changes would be prohibitively expensive and disruptive to the operation of the business. They are available in different formats from small DIN-rail mounted units, single-phase bypass switches for industrial application, rack-mounted single and 3 phase static switches for telco and data centre applications, to wall-mounted and freestanding units in single and 3 phase for protection of whole departments or complete critical infrastructure. Automatic Transfer Switch (ATS) Vs Static Transfer Switch (STS) An STS – static transfer switch has no mechanical switching devices (SCRs used for switching) and on manual command, transfers your critical load at the point of…New
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- Home
- Our Products
- DC UPS SystemDC UPS Systems DC Power Supply + Battery Backup in one single unit Our Smart DC UPS Systems have ethernet-based communications and control in every model and are suitable for standby and cyclic applications. Some of the load and battery monitorable parameters are: Mains fails – PSU fails Battery missing – Battery low Charge current control Monitoring and reporting of battery current and state of charge Low voltage disconnect operation Automatic battery test Battery temperature compensation Multi-stage Charging modes ( Boost – Absorption – Float – Recovery) 12V DC UPS 24V DC UPS 48V DC UPS 110V DC UPS
- DC/DC Converters
- DC/AC Inverters
- AC/DC Power Supplies
- Battery Chargers
- Distribution Panels
- DC Power Systems & Accessories
- DC Electronic Loads
- AC UPS
- Automatic & Static Transfer SwitchesIndustrial Static Transfer Switches The Static Transfer Switch is a critical component for increasing resiliency and minimizing downtime in any critical electrical installation. It is frequently used in the data centre environment with 2N configuration for provision of redundancy for devices without dual power supplies. Normally fed from two independent UPSs or a group of UPSs they seamlessly transfer the critical load from one UPS to the other for maintenance purposes or in case of complete loss of one of the supplies. They can economically provide the next level of redundancy for critical installations where 2N configuration is not available and infrastructure changes would be prohibitively expensive and disruptive to the operation of the business. They are available in different formats from small DIN-rail mounted units, single-phase bypass switches for industrial application, rack-mounted single and 3 phase static switches for telco and data centre applications, to wall-mounted and freestanding units in single and 3 phase for protection of whole departments or complete critical infrastructure. Automatic Transfer Switch (ATS) Vs Static Transfer Switch (STS) An STS – static transfer switch has no mechanical switching devices (SCRs used for switching) and on manual command, transfers your critical load at the point of…New
- Remote Battery Monitoring Systems
- Batteries
- Power Quality Solutions
- Programmable AC Power SupplyProgrammable AC Power Supply
- Custom Solutions
- Industries
- Services
- Support
- About Us
- News
- Contact Us
- My Enquiries
Product Information
- IT & Medical Approvals.
- Energy Efficiency Level V, CEC2008 & EISA 2007.
- <0.5 W No Load Input Power.
- Class I and Class II Models (Except AHM250).
SKU: HPS-PS-ADAPTERS-EXTERNAL-AHM85-AHM250
AC/DC Single Output: 85W ~ 250W External Power Supply
SERIES TABLE
| Model | Input | Output | Power |
| AHM100PS12 | 80 to 264 Vac | 12 V / 8.33 A | 100W |
| AHM100PS12C2 | 80 to 264 Vac | 12 V / 8.33 A | 100W |
| AHM100PS15 | 80 to 264 Vac | 15 V / 6.67 A | 100W |
| AHM100PS15C2 | 80 to 264 Vac | 15 V / 6.67 A | 100W |
| AHM100PS19 | 80 to 264 Vac | 19 V / 5.26 A | 100W |
| AHM100PS19C2 | 80 to 264 Vac | 19 V / 5.26 A | 100W |
| AHM100PS24 | 80 to 264 Vac | 24 V / 4.16 A | 100W |
| AHM100PS24C2 | 80 to 264 Vac | 24 V / 4.16 A | 100W |
| AHM100PS48 | 80 to 264 Vac | 48 V / 2.08 A | 100W |
| AHM100PS48C2 | 80 to 264 Vac | 48 V / 2.08 A | 100W |
| AHM150PS12 | 80 to 264 Vac | 12 V / 12.5 A | 150W |
| AHM150PS15 | 80 to 264 Vac | 15 V / 10 A | 150W |
| AHM150PS19 | 80 to 264 Vac | 19 V / 7.89 A | 150W |
| AHM150PS24 | 80 to 264 Vac | 24 V / 6.25 A | 150W |
| AHM150PS48 | 80 to 264 Vac | 48 V / 3.13 A | 150W |
| AHM180PS12 | 80 to 264 Vac | 12 V / 13.5 A | 180W |
| AHM180PS15 | 80 to 264 Vac | 15 V / 12 A | 180W |
| AHM180PS19 | 80 to 264 Vac | 19 V / 9.47 A | 180W |
| AHM180PS24 | 80 to 264 Vac | 24 V / 7.5 A | 180W |
| AHM180PS48 | 80 to 264 Vac | 48 V / 3.75 A | 180W |
| AHM250PS12T | 80 to 264 Vac | 12 V / 17.5 A | 250W |
| AHM250PS15T | 80 to 264 Vac | 15 V / 14.66 A | 250W |
| AHM250PS19T | 80 to 264 Vac | 19 V / 12.63 A | 250W |
| AHM250PS24T | 80 to 264 Vac | 24 V / 10.41 A | 250W |
| AHM250PS48T | 80 to 264 Vac | 48 V / 5.21 A | 250W |
| AHM85PS12 | 80 to 264 Vac | 12 V / 7.08 A | 85W |
| AHM85PS12C2 | 80 to 264 Vac | 12 V / 7.08 A | 85W |
| AHM85PS15 | 80 to 264 Vac | 15 V / 5.67 A | 85W |
| AHM85PS15C2 | 80 to 264 Vac | 15 V / 5.67 A | 85W |
| AHM85PS19 | 80 to 264 Vac | 19 V / 4.47 A | 85W |
| AHM85PS19C2 | 80 to 264 Vac | 19 V / 4.47 A | 85W |
| AHM85PS24 | 80 to 264 Vac | 24 V / 3.54 A | 85W |
| AHM85PS24C2 | 80 to 264 Vac | 24 V / 3.54 A | 85W |
SPECIFICATIONS TABLE
| Input Voltage: | 80-264 VAC (see derating curve) |
| Frecuency | 47 – 63Hz |
| Efficiency: | typically 92% |
| Operating Temp: | 0 °C to +60 °C, derate linearly from 100%, power at +40 °C to 60% power at +60 °C |
| No Load Input Power: | <0.5 W |
| Isolation | 4000 VAC Input to Output, 2 x MOPP |
| 1500 VAC Input to Earth, 1 x MOPP | |
| 500 VAC Out to Earth, 1 x MOPP | |
| European Safety Approvals: | EN60601-1, EN60950 |
| US Safety Approvals: | UL60950-1, ANSI/AAMI ES60601-1 & CSA22.2 No. 60601-1 per cUL |
| Other Safety Approvals: | Denan (PSE) certification |
| EMC: | EN55011/22, class B conducted |
| EN55011/22, class B radiated |
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