Tycon Power 18-36VDC IN 56VDC OUT, 70W DC to DC Converter
- SKU: TP-DCDC-2456GD-VHP
- Manufacturer: Tycon Systems
- Data Sheet: Download
- Availability: 4 In Stock (updated live)
Product Information
- Specifications
- Description
Specifications TP-DCDC-2456GD-VHP
| Input Voltage | +/- 18VDC to 36VDC |
| DC Input Connector | Removeable Screw Type Compression Wire Terminal (12 AWG Max) |
| POE Specification | 802.3at |
| Output Voltage (+/-2.5%) | 56VDC |
| Data in & Data/POE Output Connector | RJ45 (Shielded) |
| Output Current (max) | 0.625A per POE channel = 1.25A Total |
| Output Power (max) | 35W per POE channel = 70W Total Note: Output power up to 70W at 40C. Derate by 1W for every 1 Deg C above 40C ambient. Example: 60W at 50C |
| Self-Consumption Power | 2W |
| Line Regulation, Ripple, Noise | 1% |
Tycon Power TP-DCDC-2456GD-VHP
Very High Power DC to DC Converter / POE Inserter
DC Input Voltage: +/- 18VDC to 36VDC
DC Output Voltage: 56VDC
Output Current (max): 1.25A
Output Power (max): 70W
The TP-DCDC-2456GD-VHP is a special very high power DC to DC converter / POE inserter designed and qualified for use with Axis Q6035-E outdoor PTZ security cameras. The DCDC converter supplies 35W per POE channel. One POE channel is using pins 4,5,7,8 and the other POE channel utilizes pins 1,2,3,6. By splitting the power onto separate POE channels, the device can achieve 70W total supplied power to the end device. The TP-DCDC-2456GD-VHP has separate LED indicators for indicating which 802.3at channel is being used by the client. The RIGHT LED indicates POE Channel 1 and the LEFT LED indicates POE Channel 2.
The TP-DCDC-2456GD-VHP has been qualified by Axis to be used with their Q6035-e series of PTZ cameras. The unit can be used with any 802.3at device as it will supply 35W to any 802.3at POE channel detected. If two channels are detected on the client then 70W power will be supplied.
They have two isolated inputs for connecting 2 power sources, like a primary and backup power source. They have various protections for surge, short circuit and overload. The input and output are isolated.