125HP 460V Control Techniques VFD, Inverter, AC Drive M800-08401570A
Brand: Control Techniques
Model: M800-08401570A
Condition: New
Kit Includes:
Highlights
- Ultimate machine productivity through powerful networked, onboard automation and motion control
- Ethernet communications with IEEE 1588 V2 network synchronization
- Maximize machine productivity through shaft performance with any motor technology
- Maximize throughput while protecting people and machinery, meeting modern machine safety requirements
Technical Specifications
Phase Rating | 3 Phase Input - 3 Phase Output |
---|---|
Series | M800 |
Phase | Three Phase |
Rated Amps | 157 A, 184 A |
Enclosure Rating | IP 20 |
Brand | Control Techniques |
Horsepower Rating | 125 HP |
Rated Voltage | 460 V |
Product Condition | New |
Output Voltage | 460 V |
Output Amperage Rating | 157 A |
HP Rating @ 110% OL | 125 HP |
HP Rating @ 150% OL | 125 HP |
Amp Rating @ 110% OL | 184 A |
Amp Rating @ 150% OL | 157 A |
Model | M800-08401570A |
Height | 31.6 in |
Width | 12.2 in |
Depth | 11.4 in |
Product Information
Control Techniques M800 Series
The M800 and M810 deliver powerful advanced onboard machine control, encompassing a 1.5 axis motion controller, real-time drive-to-drive synchronization, high speed digital I/O and integrated safety features, greatly reducing the need for expensive external components. The M800 adds a powerful second onboard micro processor for high performance CODESYS based machine control. Comprehensive application programs are intuitively written using Machine Control Studio (based on the industry standard CODESYS environment) to build highly flexible and productive machines quickly. Typical applications include:
- Speed and position control with onboard application software for gearing and ratio control
- Winding (coilers)
- Web handling
- Metal cutting
- Flying shear and many more
Highlights
- Ultimate machine productivity through powerful networked, onboard automation and motion control
- Ethernet communications with IEEE 1588 V2 network synchronization
- Maximize machine productivity through shaft performance with any motor technology
- Maximize throughput while protecting people and machinery, meeting modern machine safety requirements
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