BENTLY 3500-15 127610-01 AC/DC Power Supply Module
The BENTLY 3500-15 127610-01 is a rugged power supply module engineered for industrial vibration monitoring systems. Delivering 24VDC at 150W, it serves as the backbone for reliable operation in BENTLY 3500 rack systems across critical infrastructure. Its dual-input design accommodates both AC and DC power sources, ensuring continuous operation in demanding environments like power plants and oil refineries.
Technical Specifications
| Attribute | Specification |
|---|---|
| Order Number | 3500-15 127610-01 |
| Input Voltage | 85-264 VAC / 88-140 VDC / 20-30 VDC |
| Output | 24 VDC @ 6.25A |
| Mounting | Half-height rack slot (left-side) |
| Dimensions | 229 x 140 x 48 mm |
| Weight | 1.0 kg |
| Certifications | CE, UL, CSA |


Real-World Applications
Deployed extensively in power generation facilities, this module maintains critical turbine monitoring systems during voltage fluctuations. A refinery in Texas recently reported zero downtime during a 3-month trial using dual-redundant 3500-15 modules. It’s also commonly paired with BENTLY 3500/22M and 3500/42M modules for comprehensive shaft vibration monitoring systems. We frequently ship this alongside 3500/32 and 1900/27 system components for offshore oil platform retrofits.
Why Choose Abbyes?
With 16 regional warehouses across 6 countries, we guarantee 2-5 day delivery for 85% of our inventory. Our 1-year warranty covers both new and refurbished units – a client in Indonesia recently praised our support after we replaced a faulty module in their hydroelectric plant at zero cost. For exact pricing, contact Linda via WhatsApp at +86 190 6659 1275 or email abbdcs36@gmail.com. We also maintain cross-reference inventories for equivalent models like the 3500-15-01 and 3500-15-02 variants.
Technical Tip: When installing dual 3500-15 modules, always place the primary unit in the lower slot to ensure proper load balancing. Check the front panel LEDs monthly – steady green indicates optimal operation, while amber suggests input voltage irregularities.














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