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OptiCal User’s Manual

Michell Instruments

 

 

39

APPENDIX C

C.4 RoHS2 

Compliance

Directive 2011/65/EU of the European Parliament and of the Council of 8 June 2011

The Restriction of Hazardous Substances (RoHS) Directive places rules upon European manufacturers 

of electrical and electronic equipment. The directives’ aim is to reduce the impact that electronic 

devices have on the environment.

According to the EC Directive 2002/95/EC, Michell Instruments’ products qualify as Category 9, 

Control and Monitoring Equipment. Under the 2002/95/EC Directive, Category 9 products are exempt

 

from compliance with the Directive.

However, the careful design of all Michell Instruments’ products takes into consideration the 

requirements of the Directive and, wherever possible, compliance is achieved. All future products 

will be developed entirely using compliant materials. Furthermore, Michell Instruments is taking 

active steps to remove non-compliant materials and components from existing products wherever 

these may occur. Presently, none of the non-compliant materials are known to occur in Michell 

Instruments’ products.

The new Directive 2011/65/EU (RoHS2) entered into force on 21 July 2011 and required all Member 

States to transpose the provisions into their respective national laws by 2 January 2013.

Under the provisions of the RoHS2 EU Directive 2011/65/EU (Article 3, [24]) de

fi

 nes ‘Control and 

Monitoring Equipment’ speci

fi

 cally as ‘monitoring and control instruments designed exclusively for 

industrial or professional use’.

RoHS2 EU Directive 2011/65/EU states the closing date for compliance of any Control and Monitoring 

Equipment product sold into the EU market place as 22nd July 2017.

However, the careful design policy of all Michell Instruments’ products continues to attain compliance 

in the shortest practical timescales and strives to ensure that less than 0.1% of total mass per 

product, of all non-compliant materials, appear within them. Michell Instruments continues to 

monitor suppliers and material sources to ensure that compliance of goods provided is maintained.  

January 2013

C.5 Warranty

Unless otherwise agreed, the Supplier warrants that, as from the date of delivery for a period of 12 

months, the goods and all their component parts, where applicable, are free from any defects in 

design, workmanship, construction or materials.

The Supplier warrants that the services undertaken shall be performed using reasonable skill and 

care, and be of a quality conforming to generally accepted industry standards and practices.

Except as expressly stated, all warranties whether express or implied, by operation of law or 

otherwise, are hereby excluded in relation to the goods and services to be provided by the Supplier.

All warranty services are provided on a return to base basis. Any transportation costs for the return 

of a warranty claim shall reside with the Customer.

Summary of Contents for OptiCal

Page 1: ...tion Desiccant Charge Humidity Yellow De Humidify Green Heating Yellow Cooling Green Chamber Set Humidity Display Control Chamber Set Temperature rh C Auto On On Auto Man Off Off Man OPTI CAL integrat...

Page 2: ...nformation when contacting Michell Instruments for service purposes Instrument Code Serial Number Invoice Date Location of Instrument Tag No Instrument Code Serial Number Invoice Date Location of Inst...

Page 3: ...td and may not be copied or otherwise reproduced communicated in any way to third parties nor stored in any Data Processing System without the express written authorization of Michell Instruments Ltd...

Page 4: ...midity Set Points 12 3 4 1 Digital Communications 12 3 4 2 Putting the Optidew in Remote Mode 13 3 4 3 Remote Control Manual Set Point Control 13 3 4 4 Remote Control Automatic Set Point Control 13 3...

Page 5: ...17 Lid Screw Locations 19 Figure 18 Sensor Mirror Cleaning 20 Figure 19 Potentiometer Location 21 Figure 20 Virtual Hygrometer Window 23 Figure 21 Parameter Setup Window 24 Figure 22 Chart Log Control...

Page 6: ...264 V AC 47 63 Hz Toxic Materials The use of hazardous materials in the construction of this instrument has been minimized During normal operation it is not possible for the user to come into contact...

Page 7: ...pounds mA milli Ampere max maximum min minimum mm millimeter N C normally closed N O normally open percentage RH relative humidity RS232 serial data transmission standard T temperature USB Universal...

Page 8: ...ameters measured by the reference instrument in various relative and absolute humidity units alongside the temperature within the chamber The humidity and temperature set points can be controlled eith...

Page 9: ...ater reservoir 3 Optidew chilled mirror reference VFD display 4 Desiccant cell and indicator window 5 Display control 6 Relative humidity set point RH 7 A Manual auto switches for relative humidity te...

Page 10: ...ns connector on off switch and power input fuse Accessories The OptiCal humidity and temperature generator is delivered with the following standard accessories Bottle of distilled water Desiccant cell...

Page 11: ...t any water in the reservoir is drained and that the RH control probe and the temperature probe in the chamber are removed The OptiCal should NOT be moved while in operation 2 1 Installing the Relativ...

Page 12: ...Manual Michell Instruments 5 INSTALLATION GND OUTPUT TEMP SUPPLY 8 35 VDC OUTPUT RH BOTTOM VIEW TOP VIEW Control Probe Connector Temperature Probe Connector h h Figure 4 Location of Probes Inside the...

Page 13: ...neralized water Figure 5 Filling the Water Reservoir Use the filter bottle supplied to fill the water reservoir 1 Remove the red plastic cap from the top of the reservoir 2 Carefully fill with clean d...

Page 14: ...1 Remove the red caps from the bottom and top of the water reservoir 2 Drain the water into a suitable container 3 Tilt the OptiCal to empty it completely 4 Re fit the red cap after emptying Figure 6...

Page 15: ...ion that the instrument s ability to generate low humidity is reduced It is recommended that the silica gel is replaced or regenerated at this time The silica gel can be regenerated by emptying it com...

Page 16: ...e ON OFF switch and the power input fuse are in the same location adjacent to the power socket A 3 core power cable is provided the free end of which should be wired to a suitable earthed plug or dire...

Page 17: ...g used should be covered with a blind stop to exclude temperature and relative humidity influences from outside the chamber NOTE If a door without ports A000268 is used the probes under calibration mu...

Page 18: ...he AUTO MAN switches are in the MAN position Humidity or temperature control can be enabled or disabled individually using the associated ON OFF switch NOTE Sufficient time must be allowed for the Opt...

Page 19: ...fer to Section 4 1 5 The OptiCal temperature and humidity set points can now be controlled from the OptiCal application software Refer to Section 3 4 3 and Section 3 4 4 NOTE If the OptiCal is used wi...

Page 20: ...s possible 3 4 3 Remote Control Manual Set Point Control Opti Soft has the facility to manually control the OptiCal via the manual control window To set the required RH and temperature values adjust t...

Page 21: ...he time taken depends on the quality of the desiccant and the overall temperature of the OptiCal calibration chamber Time in minutes Table 1 Typical Response Times for Step Changes The OptiCal can als...

Page 22: ...illed mirror 2 0 V 3 4 20 mA RH output chilled mirror 4 0 V 5 N C 6 0 10 V temperature output control probe 7 0 V 8 0 10 V RH output control probe 9 Chilled mirror clean optics alarm relay N O 10 Chil...

Page 23: ...connector Start up banner When power is applied to the OptiCal the Optidew reference display will initially show test characters for approximately 0 5 seconds after which the start up banner will be...

Page 24: ...ature on the dew point COOL indicates the system is depressing the heat pump in order to form dew on the mirror surface HEAT indicates a rapid increase in dew point level whereby the system needs to i...

Page 25: ...Mirror 50 Peltier 40 COOL rh 49 9 t 10 0 C tdp 0 0 C t 10 0 C Y 106 00 gkg 1 t 10 0 C dv 106 00 gm 3 t 10 0 C t tdp 10 0 C t 10 0 C aw 0 5 t 10 0 C During DCC Hold and Optics Alarm h h Start up banner...

Page 26: ...eat pump 4 2 1 Removing the Chilled Mirror Reference Sensor for Mirror Cleaning 1 Remove the 4 screws securing the top lid to the OptiCal Screws Figure 17 Lid Screw Locations 2 Disconnect the sensor c...

Page 27: ...ument and remove the sensor from its sample block 2 Clean the mirror surface and optics window with a cotton bud Q Tip soaked in distilled water If the sensor has been exposed to oil based contaminati...

Page 28: ...erial commands if more convenient 1 Clean the mirror according to the instructions above 2 Cycle power to the instrument to initiate a DCC cycle The instrument will now be in DCC for 4 minutes it is i...

Page 29: ...o the instrument 4 2 4 Re calibration of the Chilled Mirror Reference As with all high quality measuring instruments regular re calibrations of the integral chilled mirror reference against a standard...

Page 30: ...ameter Setup window see Section 5 3 When the software is executed it will default to the present setting of Channel 1 mA output The ambient temperature is constantly shown in the lower display NOTE Th...

Page 31: ...parameters to be viewed See Section 5 5 Charting and logging of the measured values can be initiated by clicking on the Chart log button See Section 5 4 The Hold display in DCC mode check box stops th...

Page 32: ...atmospheric pressure the display and Channel 1 mA output if either gm 3 or gkg 1 is selected will both be corrected accordingly The Alarm can be set to OFF or set to be active on any of the process v...

Page 33: ...al section you can select the charting and logging interval from a minimum of 5 seconds to a maximum of 1 hour It offers the facility to log the temperature of the mirror while in DCC and Hold or hold...

Page 34: ...d max values or selecting a parameter in the Auto scale list which scales the Y axis to the actual values of the parameter There are a number of modes associated with the chart which can be selected f...

Page 35: ...istics Window This window shows the maximum minimum and average of each parameter since the program began taking readings from the instrument or since the re set button was pressed 5 6 Control Paramet...

Page 36: ...ollowing extracts Extract from a UKAS Calibration Certificate Generated Dew point C Test Hygrometer Dew point Temperature C Sensor Temperature C Correction Required C Expanded Uncertainty C 39 89 40 1...

Page 37: ...Ref Dew point data for the reference hygrometer used to calibrate the Optidew sometimes called the actual dew point or the standard DP Reading Measured dew point value of the Optidew under test Temp...

Page 38: ...e display will indicate this fact To remove Calibration Correction de select the check box and click on Apply then on Close Figure 26 Calibration Correction Window NOTE Enter the calibration data in d...

Page 39: ...on No drying Change desiccant Water in chamber dry the chamber No humidifying Water level too low No drying and humidifying Switch 2 is off No heating or cooling Switch 3 is off No display Fuse on bac...

Page 40: ...OptiCal User s Manual Michell Instruments 33 APPENDIX A Appendix A Technical Specifications...

Page 41: ...Reference Accuracy Dew Point 0 2 C Temperature 0 1 C Measurement Units Dew point C F RH temperature C F gm 3 gkg 1 water activity aW Outputs Analog 4 20 mA or 0 20 mA over user settable output Accurac...

Page 42: ...OptiCal User s Manual Michell Instruments 35 APPENDIX B Appendix B EC Declaration of Conformity...

Page 43: ...OptiCal User s Manual 36 97079 Issue 9 2 March 2016 APPENDIX B Appendix B EU Declaration of Conformity...

Page 44: ...OptiCal User s Manual Michell Instruments 37 APPENDIX C Appendix C Quality Recycling Warranty Information...

Page 45: ...ich may be harmful to the environment Similarly we are increasingly using recyclable and or recycled material in our business and products wherever it is practical to do so To protect natural resource...

Page 46: ...tive 2011 65 EU Article 3 24 defines Control and Monitoring Equipment specifically as monitoring and control instruments designed exclusively for industrial or professional use RoHS2 EU Directive 2011...

Page 47: ...tains a hazardous material register in which MSDS data sheets are collated and we will check that our suppliers will comply to REACH requirements for all materials and substances we use in the process...

Page 48: ...of action will be taken If the fault is covered under the terms of the warranty the instrument will be repaired at no cost to the owner and returned If Michell Instruments determines that the fault i...

Page 49: ...OptiCal User s Manual 42 97079 Issue 9 2 March 2016 APPENDIX D Appendix D Return Document Decontamination Declaration...

Page 50: ...cals YES NO Radioactive substances YES NO Other hazards YES NO Please provide details of any hazardous materials used with this equipment as indicated above use continuation sheet if necessary Your me...

Page 51: ...NOTES...

Page 52: ...http www michell com...

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