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1606-XLE240E AB AB Power Supply XLE 240 W
⇒ Click here for good price 1606-XLE240E
| Brand/Manufacturer | AB/USA |
| Part Number | 1606-XLE240E |
| Alternate Part Number | 1606-XLE240E |
| Description | Power Supply XLE 240 W |
| Dimennsions | 12.0cm x 12.4cm x 10.2cm |
| Weight | 0.98kg |
Product Details
1606-XLE240E Features
1606-World-wide approvals for industry, factory mutual rating
Input: AC 230/115V, DC 240...375V
Output: 24...28V/240 W
Power boost up to 288W
High overload current, no switch-off
Robust mechanics and EMC
1606-XLE240E Technical Specifications
Input
Input voltage: AC 100...120/200...240V (switchable), 47...63Hz (AC 85...132/176...264V, DC 240...375V)
Input current: <6A (switch in 115V position); <2.6A (switch in 230V position)
DCin at open output: 8mA (preserves battery sources)
Inrush current typ.: <30A at AC 264V and cold start
If you intend to protect the primary side of the power supply with a fuse or a circuit breaker, a 10 A slow acting fuse (HBC) or a supplementary protector 1492- SPU1C100 is recommended. In order to meet local requirements, please consult local codes and regulations for proper installation.
Transient handling: Transient resistance acc. to VDE 0160 / W2 (750V/ 1.3ms), for all load conditions.
Hold up time: >25ms at AC 196V, 24V/10A (see diagram)
Efficiency, Reliability etc.
Efficiency: typ. 90% (AC 230V, 24V/10A)
Losses: typ. 26.7W (AC 230V, 24V/10A)
MTBF: 425.000h acc. to Siemensnorm SN 29500 (24V/10A, AC 230V, Tamb = +40°C)
Life cycle (electrolytics): The unit exclusively uses longlife electrolytics, specified for +105°C.
Output
Output voltage: DC 24...28V, adjustable by (covered) front panel potentiometer; preset: 24.5V ±0.5%; Adj. range guaranteed
Output noise suppression: Radiated EMI values below EN50081-1, even when using long, unscreened output cables.
AB News
Control Multiple Motors with Just 1 VFD
Consider design to see if you can simplify controls and reduce costs by using just one variable-frequency drive to control numerous motors.
By Ashwinkumar Govindbhai Patel, product manager, Rockwell Automation
A variable-frequency drive (VFD) can be used to control multiple motors in some applications if the right design considerations are made and appropriate protection is provided for each motor. This can offer several advantages, such as lower costs and reduced panel space and control complexity.
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