manualshive.com logo in svg

Kanomax 6332, Operation Manual

Share
Download
Kanomax 6332 Operation Manual Download Page 23

16 

 

 

 

 

 

 

Specification of Probes (Sold 

Specification of Probes (Sold 

Specification of Probes (Sold 

Specification of Probes (Sold Separately

Separately

Separately

Separately))))    

 

 

MODEL 

Measuring Range 

Sensor Type 

0962-00 

0.1~50.0m/s 

Uni-directional 

0963-00 

0964-01 

Omni-directional (Needle) 

0964-02 

0965-00 

0.1~25.0m/s 

Omni-directional (Spherical) 

0965-01 

0965-03 

0.1~25.0m/s 

Mini-temperature-compensation-sensor 
integrated type 
Omni-directional (Spherical) 

0965-04 

0965-07 

Mini-temperature-compensation-sensor 
independent type 
Omni-directional (Spherical) 

0965-08 

 

 

    

Air 

Velocity 

Temp. Compensation Sensor 

Air Velocity Sensor 

Temp. Compensation Sensor 

 

L

e

a

d

 w

ire

: 3

0

0

m

m

 

Air 

Velocity 

Temp. Compensation Sensor 

Summary of Contents for 6332

Page 1: ...R FLOW TRANSDUCER MODEL 6332 6332D Please read this manual carefully and understand the warnings described in this manual before operating the product Keep this manual handy for ready reference KANOMAX JAPAN INC 02001 0809 ...

Page 2: ...2 Thank you for purchasing a product of Kanomax Inc Please read this operation manual carefully and operate the instrument appropriately by following the instructions given in this manual ...

Page 3: ...l 0963 00 0964 01 Omni directional Needle 0964 02 0965 00 Omni directional Spherical 0965 01 0965 03 Mini temperature compensation sensor integrated type Omni directional Spherical 0965 04 0965 07 Mini temperature compensation sensor independent type Omni directional Spherical 0965 08 Probe Cable 1504 04 Length 10m 1504 05 Length 20m 1504 06 Length 30m Optional Accessory Item Model Remarks Display...

Page 4: ...cation indicate risks of damage to the product that may void the product warranty if not observed Description of Symbols This symbol indicates a condition including danger that requires caution The subject of each caution is illustrated inside the triangle e g high temperature caution symbol shown on the left This symbol indicates prohibition Do not take a prohibited action shown inside or near th...

Page 5: ...e Do not use the instrument in a water vapor atmosphere Failure to observe the above may cause electrical shock fire or damage to the sensor Never touch the sensor The sensor is heated during operation Touching the heated sensor may cause burns and also may damage the sensor itself Particular attention must be paid to spherical type sensors Model 0965 00 0965 01 0965 03 0965 04 0965 07 0965 08 as ...

Page 6: ... degrees C Do not wipe the instrument with a volatile solvent The body may deform or deteriorate Use soft dry cloth to remove stains If stains persist soak the cloth in a neutral detergent and wipe the instrument with the soft cloth Never use volatile solvents such as thinner and benzine Do not apply strong shock to the instrument and probe Applying strong shock may cause damage and malfunction to...

Page 7: ... 6 Installing the Data ROM 7 Switching Output Setting Current Voltage and Output Range 8 Connecting Output and Power Supply 10 Measurement Method 11 Optional Accessory 12 Display Unit 12 AC Adapter 13 Cleaning the Probe 14 Specification of Main Unit 15 Specification of Probes Sold Separately 16 Troubleshooting 18 Product Warranty and After Service 19 Contact Information 20 ...

Page 8: ...s and Dimensions of Components Names and Dimensions of Components Names and Dimensions of Components 1 Model 6332 View inside the Case Probe Cable Connector Output Changeover Range Changeover Switch ROM Socket Output and Power Terminal Blocks ...

Page 9: ...2 2 Model 6332D View inside the Case Probe Cable Connector Output Changeover Range Changeover Switch ROM Socket Output and Power Terminal Blocks Display Substrate ...

Page 10: ...3 3 Model 6332 View with the Case 72 60 128 116 78 17 103 16 1 30 4 φ4 5 Hole ...

Page 11: ...4 4 Model 6332D View with the Case 72 60 128 116 78 17 103 16 1 30 4 φ4 5 Hole 12 26 40 ...

Page 12: ...ation Example System Configuration Example System Configuration Example System Configuration Example Probe Sold Separately Probe Cable Sold Separately Display Only for 6332D AC Adapter Optional Output Cable Not Provided ...

Page 13: ... the cable connector 4 pin and click them in not a screw type Main Unit Connector Cable Connector 4 pin Connecting the Probe Cable to the Probe Connecting the Probe Cable to the Probe Connecting the Probe Cable to the Probe Connecting the Probe Cable to the Probe Caution Make sure to cut the power supply to the main unit before connecting the probe and the probe cable do not supply power until bot...

Page 14: ...the power supply to the main unit before installing the Data ROM Install the correct Data ROM that corresponds to the probe number Position the Data ROM in the correct orientation After confirming that the Data ROM is properly set use the flat blade screwdriver to rotate the cam 90 degrees clockwise to lock it in Ａ Match the notches Data ROM Enlarged view of cam ...

Page 15: ...nt Voltage output can be switched by the DIP switch 2 Setting of the output range can be made by the rotary switch setting can be changed also while the power is supplied to the main unit 3 Output range can be selected from the following five 5 air velocity ranges Select the optimum range according to the air velocity range to be measured No Output Range m s Example of Output when 2m s Current Out...

Page 16: ...9 Output Changeover DIP Range Changeover Rotary Switch ...

Page 17: ...and Power Supply Caution Pay attention to the polarity of power supply when connecting Power supply voltage must be DC 12 to 24V 1 FG Frame Ground Connect to ground earthing 2 NC No Connection Connection is not required FG Terminal DC IN Term DC IN Term OUT Term FG 1 Power Supply Input Signal Output Signal Output NC 2 OUT Term ...

Page 18: ...y They only need to be set vertical to the airflow direction for measurement regardless of the orientation in the horizontal direction Caution The probe employs a set of air velocity sensor and temperature compensation sensor to compensate the air velocity change corresponding to the air temperature change In order to obtain this compensation effect it is required that both the air velocity sensor...

Page 19: ...5 00 2 0 10 00 0 00 10 00 3 0 25 0 0 0 25 0 4 9 0 50 0 0 0 50 0 To add the display substrate to a unit without a display Model 6332 Position the substrate in the correct orientation and fix the substrate with the supplied two screws carefully not to bend the connection pins Replace the case without the display window with the case equipped with the display window supplied with the display unit Sup...

Page 20: ...g to the main unit Failure to observe the above may cause short circuit and damage to the AC adapter Observe the polarity and firmly insert the DC plug into the main unit as shown below Then connect the AC plug to the power receptacle The one which is marked is minus DC Plug DC IN Term DC IN Term 1 2 To AC Receptacle ...

Page 21: ...c cleaner for approx 10 20 sec Do not clean the sensor longer than required as excess cleaning will lead to sensor damage Use tap water or purified water for cleaning The sensor portion can also be cleaned in a vessel filled with neutral detergent diluted with water and by stirring it in the vessel Make sure to TURN OFF the power before cleaning Dry the probe completely after cleaning Do not use t...

Page 22: ...onal Number of digits and range of value to be displayed change in accordance with the setting of the output range When setting of output range 0 2 0 5 0 10 m s Display Resolution 0 01m s When setting of output range 0 25 0 50 m s Display Resolution 0 1m s Power Supply DC 12 24V Power Consumption Reference Value Approx 2 0W Under the following conditions power supply 12V air velocity approx 10m s ...

Page 23: ...00 0964 01 Omni directional Needle 0964 02 0965 00 0 1 25 0m s Omni directional Spherical 0965 01 0965 03 0 1 25 0m s Mini temperature compensation sensor integrated type Omni directional Spherical 0965 04 0965 07 Mini temperature compensation sensor independent type Omni directional Spherical 0965 08 Air Velocity Temp Compensation Sensor Air Velocity Sensor Temp Compensation Sensor Lead wire 300m...

Page 24: ...ir Velocity Air Velocity Temp Compensation Sensor Temp Compensation Sensor I type L type I type L type Shielded Cable Shielded Cable Air Velocity Temp Compensation Sensor 00 protruding tip 01 no protrusion ...

Page 25: ... is not connected properly Turn off the power Reconnect the probe to the main unit and turn the power back on Page 6 The ROM number is not consistent with the probe number Insert the correct ROM that corresponds to the probe number Page 7 Probe is dirty Clean the probe Page 14 Measured velocity is out of the specified range Confirm the probe specifications Page 16 FG terminal is not connected to g...

Page 26: ...d in normal use of the product and does not apply in cases such as loss or damage to the product due to abuse mishandling alternation or natural disaster All return shipping charges are the responsibility of the customer Repair after warranty expiration Upon request we will repair the instrument at the customer s expense if the instrument s performance is found to be recoverable by providing the r...

Page 27: ...co jp E Mail sales kanomax co jp USA EUROPE KANOMAX USA INC PO Box 372 219 Route 206 Andover NJ 07821 U S A TEL 800 247 8887 973 786 6386FAX 973 786 7586 URL http www kanomax usa com E Mail info kanomax usa com CHINA Shenyang Kano Scientific Instrument Co Ltd No 12 4 Jia Wencui Road Heping District Shenyang City PRC TEL 86 24 23845309 FAX 86 24 23898417 URL http www kanomax com cn E mail sales kan...

Reviews:

No comments

Brands by name

Popular brands

Load more brands