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3 Operating

3.1 K38 display description

1 : OUT1 :

 pump of the wet air circuit in operation

2 : OUT2 :

 pump of the dry air circuit in operation

3 : - :

 value of the measured humidity is lower than the setpoint value

4 = : 

value of the measured humidity is stabilized at the setpoint value

5 : + :

 value of the measured humidity is higher than the setpoint value

3.2 Operating principles

The GH 500 is a device which allows to generate points of relative humidity on a range from 10 to 85% HR. It works on the
principle of a mix of moist air and dry air in different proportions, in order to obtain the required relative humidity value. For
the generator works optimally, it must be placed in the most stable room in temperature (between 20 and 25 °C). This 
condition will define the homogeneity in humidity of the generator. Once the generator is properly installed and turned on, 
simply select the threshold value of the required relative humidity.

3.3 Enter a setpoint value

To enter a setpoint value :

Press on         The screen starts flashing in displaying SP1 and the actual setpoint value. 

Press on         to increase the setpoint value or on         to decrease the setpoint value.

Press on         to validate.

Press on        during 3 seconds to return to the normal display.

3.4 Performances

The stability of the GH500 regulation allows to have a regulated setpoint value at ± 0.1% RH. It is able to pass from 10 to 
85 % RH in 35 minutes and from 85 to 10% RH in 30 minutes. However, the durations can vary according to the 
consumables wear condition, if the rise and fall times become more longer, verify their conditions.
The homogeneity in dry temperature is 0,1°C in a restricted volume, it is therefore advised in order to have a precise 
measurement to put the probe in the middle of the housing.

3.5 Use advice

The measuring chamber must be always airtight. The ball of the overpressure control exhaust outlet (see 08 instrument 
description chapter) must turn when the pump is in operation.
If not, check that the front part of the measuring chamber is well closed and that the cable glands are well blocked.

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Summary of Contents for Kimo GH 500

Page 1: ...GH 500 Hygrometry generator sauermanngroup com...

Page 2: ......

Page 3: ...ing 5 2 2 Dimensions in mm 5 2 3 Description 6 3 Operating 7 3 1 K38 display description 7 3 2 Operating principles 7 3 3 Enter a setpoint value 7 3 4 Performances 7 3 5 Use advice 7 4 Change the cons...

Page 4: ...lised with the switched off device by using a recommended fuse in the documentation see the technical features of the device please see the technical datasheet Disconnect the power supply cable to swi...

Page 5: ...t to adjust and calibrate in ambient air your measuring instruments in hygrometry Easy to use it will guarantee fast and stable hygrometry generations 2 1 Schematic drawing 2 2 Dimensions in mm 5 Side...

Page 6: ...ber with front opening 03 CPE 310 S tramsitter for measurement of the chamber 10 Cable gland for probes 04 CPE 310 S keypad configuration of the measurement transmitter 11 Moinstening cartridge 05 Blo...

Page 7: ...r a setpoint value To enter a setpoint value Press on The screen starts flashing in displaying SP1 and the actual setpoint value Press on to increase the setpoint value or on to decrease the setpoint...

Page 8: ...at a temperature of 100 C allows a proper recovery of their properties However after several regeneration periods their capacity can be degraded and it is necessary to change them 4 2 Maintenance of...

Page 9: ...ing the transportation please empty the cartridge of demineralised water Unclip the drying cartridge and empty it in the flask n 2 9 Demineralised water flask 250 ml Desiccant pearls flask 110 g Locat...

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Page 12: ...Ntang_GH500 12 07 16 RCS 24 P rigueux 349 282 095 Non contractual document We reserve the right to modify the characteristics of our products without prior notice sauermanngroup com...

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