Stand-Alone For use with: All stand-alone media converters; Single-Slot Point System™Chassis; Dual-Slot Point System™ Chassis and ION Stand-Alone devices

 

Specifications
Input Voltage 24 – 60 VDC; 24 – 42VMRS
Isolation Voltage (Dielectric withstand) Meets IEC 950 for one minute
1500 VAC: Output/Input
1500 VAC: Input/Safety GND
1500 VAC: Output/CASE
Output Voltage 12.25 VDC
Output Current 1.0A
Load Regulation ±5% at 10% load to full rated load
Over Load Protection (OLP) When the average power rating exceeds 125%-150% of maximum power,
output voltages reduced to a safe dissipation level; protects against short
circuit of any output
No Load Protection No damage to power supply when operating at no load
Transient Protection No voltage spike at power-on, power-off, or power failure
Power Distribution +12.25 VDC at 1.0A maximum
Power Consumption 3 Watts max. @ 24 VDC input, 12.25 VDC output
Efficiency 80% (typical)
Noise and Ripple ±40 mV peak-to-peak of output voltage (typical)
MTBF Greater than 250,000 hours with typical load operating
at 25°C temperature (calculated according to MIL-HDBK-217E)
Regulatory Compliance CISPR/EN55022; Class A; FCC Class A

 

Transition Networks’ wide input external power supplies allow you to
provide a wide range of input voltages to power your stand-alone converters
and chassis. Input voltages of 24 – 60 VDC and 24 – 42VRMS allow for
installation of any of Transition’s stand-alone media converters in most
industrial, telecom and commercial applications, as well as HVAC and
building controlled environments.

Multiple form factors allow flexibility to meet your application. The standalone
form factor can be used with all Transition stand-alone media
converters as well as the single-slot and dual-slot Point System™ Chassis.
The piggy back form factor allows the power supply to attach directly to the
converter and eliminate the power cable commonly found between the
power supply and the converter.

Once the piggy back supply is attached to the converter, the combined assembly
is much easier to wall mount or attach to Din Rail environments than using a
separate supply.