PR9268/203-000 Electrodynamic Velocity Sensor EPRO

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Essential details：PR9268/203-000 Electrodynamic Velocity Sensor EPRO

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EPRO Displacement Sensor PR6423/012-040
Signal input
The module has two independent sensor signal inputs: SENS 1H (z8)/SENS 1L (z10) and SENS 2H (d8)/SENS 2L (d10). The matching sensor can be either an eddy current sensor, such as the PR6423+CON021 produced by epro, Germany, or a Hall effect sensor, such as PR9376. EPRO displacement sensor input voltage range is 0.. -27.3 V dc.
The module provides two -26.75V DC power supplies for the sensor. See the wiring diagram.
SENS 1+(z6)/SENS 1- (b6) and SENS 2+ (d6)/SENS 2- (b8). The sensor signal can be detected at the SMB interface on the front panel of the module. The sensor signal is input signal x0.15. 2. Signal output
a. The module has two TTL pulse outputs, each channel – one, voltage O… Plus 5V.
Pulse width and frequency with sensor signal *. The signal can be output from the rear terminal (z14/z16) or measured from the SMB interface Pulse on the front panel.
b. Key trust number output
Module has two key signal output, each channel – road, the output voltage is up to 24V.

EPRO Displacement Sensor PR6423/012-040
Sensor PR9350 Shield PR9351/00 PR9350/00 PR9350/O2 PR9350/04 PR9352 Suitable sensor: PR9350/02PR9350/04 Exterior Size:
90×33×243mm (WxH×L); Allowable travel: maximum 100mm; Maximum stroke required space :355mm; Weight (gross/net) : 3.0/2.Okg; Order number :9408 093 51001PR9351/00.
EPRO displacement sensor PR9376/010-11 PR9376/010-021 PR9376/20 PR9376/20CS and the speed measuring gear disc to measure the speed of the shaft. High resolution, low speed can also output waveform. Measuring range: 0.2OkHz; Division between measurement :≤1.5mm; Sensor power supply :.8. 31.2 Ndc; , temperature range :-30.C.. +100C; Cable length: 3m / 5m; Size :014×155mm; Order number:
9408 093 76001 PR9376/009408 093 76201 PR9376/20(3m armoured cable)9408 093 76205 PR9376/20CS(5m armoured cable)

PR9268/300-000

The head of the PR 9376 is a differential sensor consisting of a half bridge with two hall-effect sensor elements. By means of integrated operational amplifiers, the Hall-voltage is amplified many times over. Processing of the Hall-voltage is carried out digitally in a DSP. In this DSP the difference of the Hallvoltage is determined and compared with a reference value. The result of this comparison is available at a push-pull output which is shortcircuiting proof for a short time (max. 20 s).
If a magnetically soft or steel trigger mark moves to the sensor in a square angle (i.e. in lateral direction), the magnetic field of the sensor will be distorted which effects the de-adjustment of the Hall-level and switching of the output signal.
The output signal remains high or low until the leading edge of the trigger mark causes an inverted detuning of the half bridge. The output signal is a steep sloped voltage pulse.
For this reason the capacitive coupling of electronic devices is possible, even at low trigger frequencies. High sophisticated electronic, hermetically closed encapsulated in a housing of rugged, stainless steel and a connection cable with Teflon isolation – if required with metal protection tube – ensure the safe and proper operation even under harsh, industrial environments.

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