Eaton WSPS 05 Instruction Manual

Eaton WSPS 05 Instruction Manual

Online - sensor for water in oil diagnostics

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Online – sensor for water in oil diagnostics
Instruction manual
Serial-no.:
Version valid from:
WSPS 05
Version 1.6
..................
25.11.2015

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Summary of Contents for Eaton WSPS 05

  • Page 1 WSPS 05 Online – sensor for water in oil diagnostics Instruction manual Version 1.6 Serial-no.: ....Version valid from: 25.11.2015...
  • Page 2: Table Of Contents

    Index page SAFETY INFORMATION 1.1. Dangers of maloperation ................... 3 1.2. Conventional use ....................3 OPERATION AND INSTALLATION 2.1. General informations ..................4 2.2. Measuring principle ................... 4 2.1. Sensor installation ..................... 5 2.2. Evaluating measurements ................. 5 MAINTENANCE 3.1. Sensor cleaning ....................
  • Page 3: Safety Information

    Safety information 1.1. Dangers of maloperation The WSPS 05 underwent a safety and acceptance test based on IEC 1010-1/EN 61010 – 1 part 1. Integrated electronic and hydraulic elements serve protection purposes and ensure safe handling if used the conventional way. False operation or abuse, as well as insensitivity for the device’s limits and safety instructions will result in immediate danger for...
  • Page 4: Operation And Installation

    Fischer-method. The Karl- Fischer-method determines the total amount of free and emulsified water in mg – water / kg – oil. The WSPS 05 gives the saturation level of the fluid with water in percent. The indication 100 % means that the fluid is totally saturated.
  • Page 5: Sensor Installation

    Connect the provided cable to your monitoring and evaluation system. (see also pin assignment in chapter 5.3)  Connect the sensor cable to the WSPS 05 by using the plug.  The sensor is now ready for operation. 2.2. Evaluating measurements Green range (0...70% saturation)
  • Page 6: Maintenance

    Calibration 4.1. Water saturation Upon delivery of the WSPS 05 is calibrated based on defined salt solutions. It is recommended to carry out an annual examination of the calibration by comparison with a hygrometer in air. In case of variations > 5%, the sensor is to be sent to the manufacturer for a new calibration.
  • Page 7: Appendix

    Appendix 5.1. Technical Data 0 – 100 % Measuring range: Saturation level: Temperature: - 25...+ 100 °C / - 13 °F...212 °F  2 % Accuracy: Saturation level:  0,4 % Temperature: Operating pressure: 0...25 bar / 0...362,5 psi  2 m/s / 6,6 ft/s Flow velocity: Ambient temperature: - 25...+ 85 °C / - 13 °F...185 °F...
  • Page 8: Pin Assignment

    5.3. Pin assignment WSPS 05 - Sensor Pin 1 + 12...30 V DC Pin 2 Output 4...20 mA (Saturation) Pin 3 + 12...30 V DC Pin 4 Output 4...20 mA (Temperature) Cable color (Connection cable): 1: brown (+ 12...30 V DC ) 2: white (4...20 mA )
  • Page 9: Application Areas - Compatibility

    Malfunctions, which could be eliminated by one, are limited to cleaning the sensor and checking cables for brakes. Any other case requires sending in the WSPS 05 sensor to Eaton Technology GmbH, Altlussheim branch in order to recover the functions.A brief description of the problem would expedite the trouble shooting and the repair process.
  • Page 10 However, it is the user’s responsibility to determine the suitability for his own use of such products. Since the actual use by others is beyond our control, no Brazil guarantee, expressed or implied, is made by Eaton as to the effects of such use or Av. Julia Gaioli, 474 – Singapore the results to be obtained.

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