Kobold HND-F215 Operating Instructions Manual Download Page 14

HND-F215 

page 14 

 

HND-F215 K07/0522 

Display Correction Factor ('Corr') 

This factor is applied to both sensor channels. 
 

temperature displayed [°C] = temperature measured [°C] * Corr or 
temperature displayed [°F] = (temperature measured [°F]-32 °F)  * Corr + 32 °F 

 
Standard setting: 'off' =1.000 
This  factor  is  used  to  compensate  for  losses  of  transfer  in  case  of  surface 
measurements, occurring if the object to be measured is extremely hot but will be 
cooled by lower ambient temperatures.  The same can be true for sensors with a 
large mass. Unless 'off' is set, this value will be displayed shortly after the device 
is switched on; during operation it will be identified by means of the Corr-arrow in 
the display. 
  

Base Address ('Adr.') 

Using  a  interface  converter  it  is  possible  to  connect  several  instruments  to  a 
single interface. As a precondition the base addresses of all devices must not be 
identical. In case several devices will be connected via one interface make sure 
to configurate the base addresses accordingly. 
Channel 1 will be addressed by the base address set, channels 2 and 3 will have 
the following addresses. 
(Example: base address 21 - channel 1 = 21, channel 2 = 22, channel 3 = 23) 

 

Alarm: 

3  alarm  settings  are  available:  off  (off),  on  with  horn  sound  (on),  on  -  no  horn 
sound (no.So) 
Depending on the sensors in use there is the choice of which channel is surveyed 
by the alarm function. 
If the alarm function (on, no.So) has been activated, an audible alarm signal will 
be given with the following cases: 

  values have fallen below/exceeded the lower/upper alarm limits in the channel 

to be monitored 

  FE 9 and/or FE11 at the channel to be monitored 

  low battery 

  FE 7: In case of a system error the horn will be sounded regardless of the 

alarm setting even if alarm = off) 
If one or more alarm settings have been fulfilled the "alarm" arrow will be shown 
in the display; in case of access via the interface the 'PRIO'-Flag will appear. 

 
Real Time Clock: 

The  real  time  clock  is  required  to  put  logger  data  in  a  time  order.  If  necessary, 
please check the setting: 
Setting via keys (p.r.t. configuration of the device): time (minutes. accurate), date, 
year. 
Setting via interface: use suitable software (seconds - accurate) e.g. HND-Z034-
software. 
The clock setting menu will be started automatically when the device is switched 
on again after a battery change. 

Summary of Contents for HND-F215

Page 1: ...Operating Instructions for Manual Humidity Precision Measuring Unit Model HND F215...

Page 2: ...tes for Special Functions 13 7 9 The Serial Interface 17 7 10 How to Calibrate Meas of Rel Humidity Using HND FF31 18 7 11 System and Error Messages 20 7 12 System and Error Messages 21 7 13 Error and...

Page 3: ...used maintained and serviced by persons familiar with these operating instructions and in accordance with local regulations applying to Health Safety and prevention of accidents When used in machines...

Page 4: ...ng voltage has to be 10 5 to 12 VDC Do not apply over voltage Cheap 12 V power supply devices often have excessive no load voltage We therefore recommend using regulated voltage power supply devices T...

Page 5: ...y has to be designed most carefully Internal connection in third party devices e g connection GND and earth may result in not permissible voltages impairing or destroying the device or another device...

Page 6: ...F32 flow speed water 0 05 5m s 7 3 Displays Depending on the measuring probes sensors connected the following measuring results can be displayed HND FF31 Main display r H relative atmospheric humidity...

Page 7: ...arrow indicates that correction factor is activated Logger arrow indicates that the logger function is activated Alarm arrow indicates an alarm Messages at device startup The device will show some mes...

Page 8: ...g probe only press for 2 sec humidity calibration will be started press for more than 10 sec reset of humidity calibration to factory calibration Set Menu press Set shortly display changes between T1...

Page 9: ...s marked by 1 will only be displayed if no data is stored in the logger AVG Selection of Averaging Proceedings for Flow Measurement 1 only HND FF32 33 Cont continuous averaging the average value calcu...

Page 10: ...the base addresses accordingly Set Alarm Alarm Settings Settings for the alarm function Please note the points marked by 2 will only be displayed if the alarm functions on or no So have been selected...

Page 11: ...The scope of supply includes one sensor to measure relative atmospheric humidity and another one to measure the ambient temperature T1 rel humidity r H Relative humidity measured in the tip of the pro...

Page 12: ...T1 T2 and relative atmospheric humidity The combination sensor is used to measure the ambient air whose condition is issued to calculate the dew point Td The surface sensor is used to measure surface...

Page 13: ...s the HND F215 instrument has been switched on the device starts calculating the average flow value during the averaging time During measuring the current measuring value will be shown in the top line...

Page 14: ...ls 2 and 3 will have the following addresses Example base address 21 channel 1 21 channel 2 22 channel 3 23 Alarm 3 alarm settings are available off off on with horn sound on on no horn sound no So De...

Page 15: ...d time date Press Store key to store current values St XX will be displayed for a short time XX representing the number of the data set 1 99 If the logger memory is full a warning will appear on the d...

Page 16: ...g value Stop logger recording Press Store key key 6 for a short time to stop recording You will then be asked to acknowledge again recording to be stopped recording to be continued Use the keys key 2...

Page 17: ...Read offset correction x 218 Read corr factor 1000 1200 3 3 3 3 3 3 224 Read logger data cyclic logger 4 225 Read logger cycle 5 226 Set logger cycle 6 227 Start logger recording 7 228 Read count of l...

Page 18: ...libration equipment is quite often highly dependent on temperature This dependence is automatically compensated for when calibrating with the integrated calibration equipment and automatic detection I...

Page 19: ...detected humidity value measured may deviate from value set by manufacturer by approx 10 In case of manual input enter value here As soon as the display stops blinking and changing between values a st...

Page 20: ...OC xx xx identified sensor HND FF31 FF32 or FF33 temperature offset of the HND FF31 sensor only with HND FF31 and adj offset value off flow averaging procedure only with HND FF32 FF33 AVG Hold or AVG...

Page 21: ...mains op power supply defective or wrong voltage polarity check replace power supply System error disconnect battery or power supply wait for a short time re connect device defective return to manufa...

Page 22: ...the battery has been used up and needs to be replaced The device will however operate correctly for a certain time If bAt is shown in the upper display the voltage is too low to operate the device th...

Page 23: ...onal Power supply 9 V monobloc battery included in the scope of delivery external 10 5 12 VDC via jack Material housing made of impact resistant ABS plastic Protection IP 65 front Dimensions 142 x 71...

Page 24: ...sor head and tube 40 60 C short term 120 C Dimensions probe 14 x 119 mm handle 19 x 135 mm 1 m cable HND FF32 Flow meas probe with spring head calibrated and completely replaceable Measuring range 0 0...

Page 25: ...rter on USB interface HND Z034 Windows software for setting data read out and printing of the data of housings of the HND series with logger function HND Z052 100 ml conductivity paste for surface mea...

Page 26: ...low EN 61326 1 2013 Electrical equipment for measurement control and laboratory use EMC requirements Part 1 General requirements EN 50581 2012 Technical documentation for the assessment of electrical...

Page 27: ...n Hard Acronychia laevis h 28 5 66 Ayan Distemonanthus benthamianus h 285 7 54 Balau Shorea laevis h 31 4 54 Balau red Shorea guiso h 32 4 68 Balsa Ochroma pyramidale h 33 4 91 Basralocus Angelique Di...

Page 28: ...Cypress Northern Callitris intratropica h 115 6 78 Cypress Rottnest Island Callitris preisii h 116 7 80 Cypress White Callitris glaucophylla h 117 6 86 Dakua Salusalu Fiji Decussocarpus vitiensis h 1...

Page 29: ...leri h 243 8 73 Mahogany New Guinea Dysoxylum spp h 241 6 74 Mahogany Red Eucalyptus botryoides h 244 7 91 Mahogany Rose Dysoxylum fraseranum h 245 7 65 Mahogany Southern Eucalyptus botryoides h 246 5...

Page 30: ...e Celery Top Phyllocladus aspenifolius h 329 7 71 Pine Hoop Araucaria cunninghamii h 330 7 79 Pine Huon Dacrydium franklinii h 331 8 70 Pine King William Athrotaxis selaginoides h 332 7 67 Pine Klinki...

Page 31: ...atopetalum succirubrum h 408 7 63 Tallowwood Eucalyptus microcorsis h 409 4 92 Tatajuba Bagassa guianesis h 30 7 44 Taun Maleisien Pometia pinnata h 195 0 105 Taun New Guinea Pometia pinnata h 196 6 1...

Page 32: ...7 yes Plaster synthetic b 12 18 2 60 8 yes On wall plaster b 20 0 0 38 8 no Lime mortar KM 1 3 b 14 0 4 40 4 yes Lime sand bricks 14 DF 200 gross density 1 9 b 28 0 1 12 5 yes Limestone b 15 0 4 29 5...

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