B161S
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The B161S regenerative drive features configurable AC supply inputs for 115 or 230 VAC, flexible armature current scaling up to 10.0 A, and a 3-wire start/stop connection. Part of the Quadraline Regenerative Drives series by Danaher, it supports optional tachometer feedback and is designed for chassis mounting within an enclosure.
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Product Description:
Danaher produces the chassis mount B16S1 Regenerative Drive as their product device for industrial automation. The device enables two different AC input connections that use either 115 or 230 VAC. The feedback configuration for 115 VAC input should be placed at position 90 VDC of J3. J4 and J5 jump on the control transformer must be set to operate in 115V mode.
When using 230 VAC power the feedback position should be set at J3 to 180 VDC. Users must configure J4 and J5 jumpers to the 230V mode for operating the device. The B16S1 regenerative drive enables operators to select their feedback types for achieving operational accuracy. Users need to set the SW1 switch to ARM mode to measure the Armature Voltage through the B16S1 regenerative drive. The 1/2 HP setting provides 2.5A output power through the use of the 1/4 jumper. The power supply from the 1 HP setting reaches 5.0A while using the 1/2 jumper. The B16S1 regenerative drive operates at 7.5 A using the 3/4 jumper under the 1 1/2 HP setting. To achieve 10.0 A at 180 VDC for 2 HP operation the jumper should be set to 1. When using a 2-wire setup you need a toggle switch that provides feedback based on armature voltage.
The adjustable speed control option is included in the B16S1 regenerative drive system. A tachometer in this drive provides 7V output for each 1000 RPM. It generates armature voltage that reaches 90 VDC while controlling current flow to 10 AMP. This equipment presents field output that operates at 50 or 100 VDC voltage with a 1 AMP current rating. The product allows installation on a chassis inside an enclosure which users need to provide. The device accepts electrical frequency signals of 50 and 60 Hz.
Frequently Asked Questions about B161S:
Q: Why use chassis mount for B16S1 drive?
A: B16S1 drive uses chassis mount for secure installation. This design enhances durability in industrial enclosure environments.
Q: How does B16S1 maintain current regulation?
A: B16S1 regulates current through jumper-based output selection. This ensures correct amperage for each horsepower setting.
Q: Why is tachometer feedback useful in B16S1?
A: Tachometer feedback in B16S1 allows speed monitoring. It improves accuracy in maintaining motor RPM under load.
Q: What is the purpose of ARM mode in B16S1?
A: ARM mode in B16S1 enables armature voltage feedback. This helps measure motor voltage directly for control precision.
Q: How does B16S1 handle overcurrent conditions?
A: B16S1 mitigates overcurrent using current-limited output ranges. These safeguard components under varying load conditions.
