VS Sensorik GmbH编码器 传感器 开关

德国VS Sensorik GmbH编码器 传感器 开关

产品系列：

Incremental rotary encoders with analog outputs

For each tooth of the gear wheel, a Sinus and a Cosinus signal are generated. In addition, the device creates of a reference pulse for each revolution of the gear wheel. 

• Signals SIN, COS and Ref. with 1Vss
• High temperature stability of the signal parameters Offset and Amplitude
• Individual signal corrections using adjustment potentiometers possible
• safety integrated
• Optional: serial EEPROM in order to write and read data
  
  
           
  
  
  

	Carakterisation	Comment
Serie RGM2G	Magnetic gear wheel encoder RGM2 series - Overview Order identfiers
RGM2G-A .../P	Magnetic gear wheel encoder for gear wheels  with M= 0.3 or 0.5 Standard cable configuration	available
RGM2G-A .../T	Magnetic gear wheel encoder for gear wheels  with M= 0.3 or 0.5 Modified cable configuration	available
RGM2G-A .../DM	Magnetic gear wheel encoder for gear wheels  with M= 0.3 or 0.5 17-pin flange socket on mounting base, with T-cable	available
RGM2S-A	Magnetic gear wheel encoder for gear wheels  with M= 0.3 or 0.5 Compatible with SIZAG sensor from Siemens	available
RGM2G-FAQ´s	Frequently asked questions about mag. gear wheel encoders  series RGM2G
SGM2G-A	Magnetic gear wheel encoder for ferromagnetic gear wheels  Compatible with SIMAG sensor from Siemens	available
RGK2G-A	Magnetic gear wheel encoder for gear wheels  with M= 0.3 or 0.5 With potentiometers for fine-tuning of signal parameters Substitution of gear wheel encoder series RGK2M	available
RGK2G-A...X	Magnetic gear wheel encoder for gear wheels  with M= 0.3 or 0.5 With I2C-interface Substitution of gear wheel encoder series RGK2M	available
ZR3-256/Di	Measuring gear wheel with module M= 0,3 and N= 256 Integrated Ref.-mark, designed as "tooth" Robust construction for rpm up to 100.000 1/min	available
ZR3-128/Di	Measuring gear wheel with module M= 0,3 and N= 128 Integrated Ref.-mark, designed as "tooth" Robust construction for rpm up to 100.000 1/min	on request
ZR5-256/Di	Measuring gear wheel with module M= 0,5 and N= 256 Integrated Ref.-mark, designed as "tooth" Robust construction for rpm up to 100.000 1/min	available
ZR5-128/Di	Measuring gear wheel with module M= 0,5 and N= 128 Integrated Ref.-mark, designed as "tooth" Robust construction for rpm up to 100.000 1/min	on request
ZR5-64/Di	Measuring gear wheel with module M= 0,5 and N= 64 Integrated Ref.-mark, designed as "tooth" Robust construction for rpm up to 100.000 1/min	on request
PB-RGMA-USB	I2C-interface box for fine-tuning of encoder signal parameters   Software ProCal	on request
DCMU16 & 32	Digital calibration and measurement unit   Fine-tuning of encoder signal parameters via I2C-interface (software ProCal) Detailed analysis of the encoder signals and the quality of measuring gear wheels (software TRIM & ZRHS) 4-channel-oscilloscope (software OSZI) Software for customized applications	on request

Incremental rotary encoders with digital outputs 

Interpolation electronics are integrated in sensors. Depending on the factor of the interpolation F (for example F=4, 10, 64 or 512), two square wave signals A and B each with F x N (N=numer of teeth of the gear wheel) impulses per revolution are provided.

• Signals A, B and Ref.      RS422, TTL or HTL
• Duty circles A and B       50% +/-10%
• Phase shift A/B              90° +/-45°
  
  
  

                   


















 data sheets:   KWG2D    KWG2H    KHG2D    RGM2G-D

 gear wheels:   ZR3-256/Di    ZR5-256/Di

Pulse Sensors 

Measuring principles and characteristics

The magnetic pulse sensors are suited for the contact free detection of gear wheels and gear racks starting from a teeth module value of M=0.75. As measuring scale, slot discs, bolt heads as well as other steel marks can be used for this purpose. The sensors feature high robustness and a wide temperature stability. A high pressure resistance of up to 500 bar (also dynamic) is achieved by use of sealed metal housings.

• Detection of rotating direction is possible
• Type of signal: Open-Collector NPN or PNP, Push-Pull and more
• Voltage supply possible up to 32 VDC
• Output current possible up to 200mA
• Operating temperature -40 up to 125°C (150°C)
• Operating frequency:  series HDI     0.010 ... 20kHz
                                      series HMX    0 ... 15 kHz
• Sealed, pressure-resistant metallic housing for two canal design starting from a diameter of 10mm and M12x1 respectively
• High resistance against external sources of magnetic disturbance
• High stability to vibrations and shocks

Applications

Measuring of rotation speed and rotation direction for instance in transmission gear boxes, wheel bearings, drive systems and vehicles.

 data sheets:   HDI2    HMX2

Proximity switches

Measuring principles and characteristics 

The magnetic proximity switches represent an alternative to the well known inductive sensors. Using existing magnetic systems within the sensors, steel gear wheels or racks are evaluated without any contact. Non-magnetic elements do not influence the operations. The sensors are characterised by high operation frequencies and a high temperature stability. A high pressure resistance of up to 500 bar (dynamic as well) is achieved by use of sealed metal housings.

• Switching distances up to 8mm - other on request
• Selective identification of ferromagnetic switching marks
• Embedded or non-embedded versions
• Type of signal: Open-Collector NPN or PNP, Push-Pull et al.
• Voltage supply possible up to 32 VDC
• Output current possible up to 200mA
• Operating temperature -40 up to 110°C - other on request
• Operating frequency 0 up to 15 kHz
• Sealed, pressure-resistant metallic housing starting from M12x1
• High stability to vibrations and shocks

Applications

Detection of switching marks in hydraulic systems, drive propulsion systems for vehicles and ships. 

 data sheets:   PHS1