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TDK DRB960-48-3-A1 Rail mounted PSU (DIN) 29 V DC 40 A 960 W No. of outputs:1 x Content 1 pc(s)
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Technical specifications
- Product type
Rail mounted PSU (DIN)
- Min. input voltage
350 V
- Input voltage (max.)
575 V
- Max. output current
40 A
- Output current (max.) - rounded
40 A
960 W
- Output type (power supply units)
Adjustable
- Phases
3
- Output voltage (nominal)
29 V DC
- No. of outputs
1 x
- Connection
Spring-loaded terminal
- Dim
(L x W x H) 171.9 x 100 x 129 mm
- Weight
1750 g
- Output voltage (max.)
29 V DC
- Output voltage (min.)
22.5 V DC
- Operating temperature (max.)
70 °C
- Operating temperature (min.)
-25 °C
- Manufacturer part #
DRB960-48-3-A1
- Content
1 pc(s)
- Width
100 mm
- Height
129 mm
- Length
171.9 mm
- Type
DRB960-48-3-A1
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3375234 TDK DRB960-48-3-A1 Rail mounted PSU (DIN) 29 V DC 40 A 960 W No. of outputs:1 x Content 1 pc(s)
Description
DIN rail power supplies from the DRB series are part of the industrial history of TDK Lambda. They can be used in many applications, from conventional control cabinets to decentralized machines and systems to solutions in information and communication technology. The series covers the standard output voltages of 12, 24, 48 and 72 volts, whereby the user can select between screw and push-in terminals. All seven major electrical safety standards are covered, and WAS provides global market access. The high operating efficiency of the DRB, the conservative thermal design and the redundant overvoltage protection measures ensure maximum system operating time. The reliability of the product is also supported by a reduced number of components and the strict testing requirements of TDK-Lambda. Overall, the DRB 3-Phase series offers an excellent balance between functionality and price.
This text is machine translated.
This text is machine translated.
Features
- Further 3-phase input range for global mains voltages
- Comprehensive boost Power capabilities support deployment at capacitive loads and increase the flexibility of system design
- Parallel mode switch for activating the load balancing behavior
- Two possibilities for transient protection increase the process stability
- Fast OVP control protects sensitive loads
- Very low inrush energy (I2t) saves costs for the input line protection
- Screw (-A0) or push-in terminals (-A1) are available for individual connection requirements
- A high degree of efficiency and low standby losses contribute to an environmentally friendly energy balance
- DC-OK and inhibit relay contacts for professional integration into the control architecture of applications
- Fulfils the 7 most current IEC-safety standards
- Exceeds regulatory EMC standards for radiation emissions (Class B), overvoltage resistance, and high-speed transients