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This three-stage ballast of the SERIES R is designed for medium power up to 18.0 kW and voltage up to 2000 V. It is characterized by compact and sturdy design.
The new SERIES R differs from the previous SERIES H in that the group of fans is positioned on the rear side of the machine and consists of a battery of 24 Vdc fans powered by an internal source. The airflow passes through the ballast along its longitudinal axis and the direction of the airflow can be chosen between the following versions available when ordering: : Version F, that is FORWARD, with the fans pushing air into the machine. Version B, that is BACKWARD, with the fans pulling air out of the machine.
TECHNICAL FEATURES
Main Voltage
220 Vac
R500F36S
Max Power › 9,5 kW
Max V Lamp › 1600 V
R500F45S
Max Power › 11,9 kW
Max V Lamp › 1600 V
Main Voltage
400/480 Vac
R500F36S
Max Power › 14,4 kW
Max V Lamp › 2000 V
R500F45S
Max Power › 18,0 kW
Max V Lamp › 2000 V
Mains Characteristic
Main Voltage +/- 5% : 200-480 Vac 3 Phase
Frequency : > 47 Hz
COS : 1
Power Factor : 0.96
THD : 30% (hex Bridge)
Efficiency : 94%
Output Section
Working frequency : 6 ÷ 16 KHz
Ignition Voltage : > 4000 V pp
Ignition Frequency : 270 KHz
Fan Air flow : 400 m3/h – 234 CFM
Auxiliary Section
Voltage : 21-30 Vdc
Current : 0.7 Adc
Working Environment
Max Oprating Temp : 40 °C (up to 1000 m Above See Level)
Max Humidity : 50%
Protection Class : IP 20
SOFTWARE OWNED BY HPE S.r.l
Our internally developed software is constantly being developed in order to meet our customers’ specific requirements. This approach leads to higher levels of performance, as the physical and operating parameters of the lamps can be monitored and any failure or malfunctions are reported.
SINGLE-OUTPUT SYSTEM
The function of driving both arc lamps and LED lamps by means of the same power supply unit has now been further enhanced: we have further simplified this solution by combining the two connection in a single-output system. This not only leads to time-saving but also makes operations during the exchange-phase of the two units to be powered easier.
EFFICIENT FANS
The new strategic positioning of the cooling fans, located in the lower part of the power supply unit, makes it possible for the air cooling system to be more linear and direct and, as a consequence, more efficient. This results in an ultra high degree of reliability of our products.
HIGH-GRADE MATERIALS
Our products are made of high-grade materials, thus ensuring high standard of quality in the assembly process, which is quite hard to beat. The ongoing research into new materials and solutions helps us to continuously improve the quality of our products in terms of efficiency and reliability.
PERFORMANCE AND RELIABILITY
SMART COOLING SYSTEM
The new strategic positioning of the cooling fans, located in the lower part of the power supply unit, makes it possible for the air cooling system to be more linear and direct and, as a consequence, more efficient. This results in an ultra high degree of reliability of our products.
Air flow direction:
F = FORWARD standard version: that is with the fans pushing air into the machine.
B = BACKWARD on demand version: that is with the fans pulling air out of the machine.
SOPHISTICATED SOFTWARE
A SOFTWARE DEVELOPED WITH FULL ATTENTION TO EVERY DETAIL
The static converter software is fully designed and developed by the R&D department of High Power Equipment and it is the result of long experience and qualified commitment in this sector.
DO YOU HAVE REQUESTS OR INFORMATION?
WRITE US BELOW
For any information, question or request for collaboration you can contact us from the contact form.
Our Customer Service will be happy to answer your questions.
