CNC Machines
IF5937- (IFM Electronic, M12 x 1, PNP/NPN-NO/NC Inductive Sensor 60mm Length)
Inductive sensor/Proximity Switch (IFS212 – IFK3004BBPKG/US-104)
LJ12A3-4-Z/BX (Proximity Sensor, Inductive, NPN-NO Output)
This Proximity sensor is a very useful and inexpensive solution for automated level heatbedAdjustment. It detects metal objects (aluminum print surface) within 4mm of distance.Dimention: M12 x 60mmDetection distance: 4mmCable Length: 110 cmVoltage: 6-36 VDCType: NPNWiring colors: * Power (Positive): Brown * Common / Land: Blue
* Signal: Black
NBN40-L2-E0-V1 (Pepperl + Fuchs Inductive Sensor)
Standard Inductive Sensor Product Features:
- Smooth or threaded stainless steel cylindrical housing
- Reverse polarity protection and short circuit protection
- LED status indication
- M8, M12 connector connection or terminal wiring
- PVC, PUR or silicon cable outlet
- 2-wire, 3-wire, 4-wire DC, AC, NAMUR output mode and AS-I bus mode output
PR08-2DP – (Inductive Proximity Sensor, PR Series, Cylindrical, Cable, 2mm, PNP)
Sensor, Inductive Prox, 2mm Sensing, M8 Round, Non-Shielded, NPN NO, 3 Wire, 12 - 24 VDC
| Proximity Sensor | |
| Type | Cylindrical round (PR Series) |
| Sensing Distance | 2 mm |
| Header demension / square | 8 mm |
| Shield | Non Shield |
| Connection Type | 2 m cable loose leads |
| Voltage | 12 - 24 VDC |
| Wire Type | DC 3-wire |
| Output Type | NPN |
| Frequency | 1000 Hz |
PTHC-200DC (Arc Voltage Height Torch Plasma Cutting Controller)
PTHC-200DC is designed to support almost all plasma cutting for the market, with full industrial height control torch functions. It automatically controls plasma cutting height by monitoring the plasma arc voltage variation during cutting.PTHC-200DC Retrofit is compatible with all Hypertherm plasma and CNCs that we have already adapted or newly adapted on our old plasma machines. The proximity switch detects the IHS and ohmic contact IHS. Supported maximum cutting speed 12000 mm / min. d.
RDC6332G Co2 Laser DSP Controller for Laser Engraving Cutting Machine
RDC6332G system is the latest laser engraving & cutting control system developed by Ruida Technology, this control system has better stable hardware with antistatic, resistance to high pressure. The human-machine operation system based on LINUX, with better operation interface and power functions, excellent motion control functions, high-capacity file memory, with strong compatible 2-way independent adjustable analog/digital laser power control interface, strong compatible U disk drive program, multiple ways gerneral/dedicated IO control. Integrated dedicated time system supporting hardware encryption algorithm.
RichAuto A12S Control System for 3 Axis Plasma Cutting Machine
RichAuto DSP controller A12S for CNC plasma cutting machine
- Stand-alone DSP controller for CNC plasma / gas / laser cutting machine control.
- Control 3 axis axis using STEP / DIR + THC protocol.
- Screen resolution of 128x64 pixels (monochrome), support for USB flash drives up to 32Gb.
- Built-in flash memory 512Mb.
Richauto A58 (4 axis CNC DSP motion control system)
Features:
- Brand new four axis motion coordinates control mode.
- Support A / C code format, as well as special M control code.
- 32 Port I / O can be changed and defined
- Intelligent processing memory function, support break point protection function and power failed.
- Parameters backup and restore function to avoid loss of important parameters.
- Strong anti-jamming intensity passed many CE tests.
- Parameters backup and restore function to avoid loss of important parameters.
- Making prism columns, for example complex polyhedral work piece work.
- Wildly used in Buddha products, stair column, sofa and leg table such system control equipment.
- Effective process and higher speed.
Ruida RDLC320-A (Co2 Laser DSP Controller for Laser Engraving and Cutting Machine)
The RDLC320-A laser engraving/cutting card is a controller developed by Ruida Technology for laser engraving/cutting applications. The hardware platform is based on the high-performance 32-bit floating-point processor DSP+FPGA architecture, which can complete large-scale and complex motion control algorithms, achieve continuous trajectory control and point control for multiple motion axes, and complete energy following control. The laser energy is uniform at any speed point. Large-scale logic gate array FPGAs can perform complex communication protocols and flexible IO extensions. USB communication is fast and easy to operate.
