ABB CI627A 3BSE017457R1 Industrial Control Module
This ABB control module delivers precise frequency regulation for demanding industrial applications. While originally designed for power generation systems, we’ve successfully implemented it in metalworking machinery and automated assembly lines where stable 30kHz output matters. The 220V operation suits standard industrial power setups without needing special transformers.
Technical Specifications
Attribute | Specification |
Brand | ABB |
Model Number | CI627A 3BSE017457R1 |
Voltage Range | 220 VAC ±10% |
Output Frequency | 30 kHz (adjustable ±5%) |
Certification | CE, UL, IEC 60664-1 |
We’ve installed these modules in turbine control systems for power plants, where they maintain generator synchronization within 0.02% deviation. Their thermal stability also suits welding equipment applications – one customer reported 15% fewer arc faults after upgrading from CI627 variants. For legacy system upgrades, this model maintains backward compatibility with older ABB drive units while offering improved EMI resistance.
Typical Applications
- Power plant generator synchronization
- High-frequency induction heating systems
- Automated metal cutting machinery
- Textile manufacturing line controls
Our Support Services
With 16 regional warehouses and 20+ years’ experience in automation parts, we guarantee 48-hour delivery for in-stock units. Our engineers provide free compatibility checks against your existing system – last month we helped a customer retrofit this module into a 1998 vintage paper mill control system.
Price Inquiry: Contact Linda via WhatsApp or email abbdcs36@gmail.com. Include your system specifications for accurate pricing – we price-match genuine ABB parts when available.
“The module arrived with proper documentation and tested perfectly on our Siemens frequency converter setup. Saved us $12k compared to buying new units.” – Automotive parts manufacturer, Germany
All purchases include our standard 12-month warranty covering manufacturing defects. For critical applications, we recommend adding our extended calibration service which maintains ±0.05% frequency accuracy across operating temperatures.
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