Aluminium Housed Wire Wound Braking Resistors
For higher ratings, we can supply 2 or more DBRS in parallel to achieve the required power and resistance (ohmic) value.
General Features
  • These elements have a high overload capacity and cool rapidly
  • Compact construction & Low Noise Level
  • Higher continuous dissipation by mounting directly onto heat sink or cooling surface
Specifications

    Terminals

  • Nickel Copper Plated M.S. Terminals or 300-500mm long Temperature Resistance Cable
  • Mounting Positions :

  • Any mounting position is possible at full load, but recommended positions are as follows:
  • Installation

  • The resistors do not have a separate safety earth terminal.
  • They must be mounted on a metallic bare, grounded surface or an earth terminal must be affixed to one of the fastening screws
  • Safety

  • For unprotected installation within normal arm’s reach, use a protection against unintended contact
  • Sufficient cooling air must be available and sufficient headroom above the unit for the exiting hot air.

The load must be reduced at higher ambient temperatures

Technical Specifications
Operating Temperature -55°C to +375°C for 1 min
Operating Voltage 600VAC 1100VDC) (850VDC) / 690VAC (
Insulation Resistance > 100 MΩ at 500V
Dielectric Strength No breakdown at 2.5 kVAC RMS
Short Time Over Load 2 x Wattage Rating, 10 sec
Resistance Tolerance ± 10% (standard) or ± 5% (optional)
Core Material Ceramic
Coating on Core Silicon Epoxy Resin
Terminals Nickel Copper Plated MS Terminals or Temperature Resistant Teflon Cables
Resistor Element High Grade FeCrAl Alloy
Maximum Temperature 375°C at full load above an ambient temperature of 40°C
Housing Anodized Aluminium
Cooling Air Natural
Standards IEC 60068-1 & IEC 61180-1 / CE Marked