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CHC-1000L Laser Height Sensor Laser Auto Focus System Fiber Laser Torch Height Controller

Обычная цена $1,321.00
Обычная цена Цена со скидкой $1,321.00
Сумма налога включена. Стоимость доставки рассчитывается при оформлении заказа.
Availability: В наличии: 2000
SKU: 71750
Обычная цена $1,321.00
Обычная цена Цена со скидкой $1,321.00

CHC-1000L Laser Height Sensor Laser Auto Focus System Fiber Laser Torch Height Controller


Description:

- CHC-1000L is a closed-loop controller for laser cutting height control( called Auto focus system in laser cutting field). By providing a unique Ethernet communication(TCP/IP protocol) interface, it can support many funnctions with CNC controller for laser cutting, such as automatic tracking of cutting height, segmented piercing, progressive piercing, edge seek, leapfrog, arbitrary setting of lift-up height of cutting head.
- we have years experience of different kinds of torch height controller design, Currently CHC-1000L should have better response rate than other similar products.

 
Features:
- CHC-1000 is a servo based cap sensor designed for high speed cutting up to 60m/min.
- It is mainly used on fiber laser, CO2 laser metal sheet cutting height control.
- Support Simens, Fagor, Beckhoff, PA8000....most cnc controller for laser cutting,
- Support all kinds of fiber laser like IPG, Rofin, SPI, Trumpf, Raycus from 500W to 6000W.


Specifications:

- Sampling rate: 1000 times per second.
- Static measurement accuracy: 0.001mm.
- Dynamic response accuracy:0.05mm.
- Following range: 0-25mm.
- The signal will not decay with strong capacitity of resisting when the length of signal transmission cable is up to 100m.
- Support network communications and U disk online update.
- Adapt to any cutting head and nozzle.
- Support alarm while hitting the board and beyong the edge.
- Support edge detection and automatica inspection.
- Automatic calibration process, with fast and easy operations.
- Support leapfrog and segmented piercing.
 - Support oscilloscope functions to detect the capacitance in real time.

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