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Summary of Contents for Kanomax 6333
- Page 1 Air Flow Transducer Model 6333 User’s Manual...
- Page 3 Digital output of air velocity value and Omni-directional air velocity probe VT 0975-21 temperature Digital output of air velocity value, Omni-directional air velocity probe VTH 0975-31 temperature, and humidity Standard cable (0.5 m) 1580-30 For 6333 probe-to-probe connection...
- Page 4 For 6333 probe-to-probe connection Standard cable (2.0 m) 1580-31 Standard cable (5.0 m) 1580-32 For 6333 probe-to-probe connection Standard cable (10.0 m) 1580-33 For 6333 probe-to-probe connection Standard cable (20.0 m) 1580-34 For 6333 probe-to-probe connection Standard cable (40.0 m)
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Page 5: Important Safety Information
Important Safety Information The symbols for the warnings used in this manual are defined below. Description of Symbols Warning: To Prevent Serious Injury or Death Warnings in this classification indicate risks that may result in serious injury or death if not observed. CAUTION: To Prevent Damage to the Product Warnings in this classification indicate risks that may result in damage to the product and which may void the product... - Page 6 Warning Always keep the probe away from areas where flammable gas is present. Failure to do so may cause fire and/or explosion because the Forbidden air velocity sensor is heating. Never touch the air velocity sensor. Direct touch to the heated air velocity sensor could cause burn Do Not Touch injuries.
- Page 7 Do not use or keep the instrument in hot, humid, or dusty environment. Do not expose the instrument to direct sunlight for a prolonged period of time. Forbidden The instrument may not function properly out of the specified operational temperature range. Do not subject the instrument and/or the probe to strong shocks.
- Page 8 If the instrument and the probe have been stored in a cold place, do not bring the instrument to a warm place to avoid a sudden temperature change. Forbidden Even when the instrument is used in the specified operating temperature and humidity, a sudden temperature change may cause condensation.
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Page 9: Table Of Contents
Table of Contents List of Components ..........................i Important Safety Information ......................iii Table of Contents ..........................vii 1. Product Appearance .......................... 8 1-1．Part Names and Functions ....................... 8 1-2．External Dimension ........................... 9 1-3. Mounting/Removing DIN Rail Fixing Base ..................10 2. -
Page 10: Product Appearance
1. Product Appearance 1-1．Part Names and Functions ■ Probe connector Connect the probe ■ Changeover button Switches the unit of ■ measurement (air Indicating display velocity/temperature/humidity). Indicates measured values ※Only the unit of measurement that the probe supports will be displayed. -
Page 11: External Dimension
1-2．External Dimension Unit：ｍｍ ※The dividing terminal block is excluded. -
Page 12: Mounting/Removing Din Rail Fixing Base
1-3. Mounting/Removing DIN Rail Fixing Base To attach the Air Flow Transducer to the DIN rail, use the optional DIN rail fixing base. The mounting holes of the DIN rail fixing base are only for mounting the DIN base. DO NOT use the holes for anything except when mounting the base. -
Page 13: How To Use
2. How to Use 2-1．Basic Usage Standard cable Probe 6333 main unit AC adapter Output cable RS485 cable Configure the instrument in the following sequence to use. １．Situate the probe in a measurement place and connect the probe to the instrument. -
Page 14: Mounting/Removing The Probe
When the instrument is used in a high humidity environment for long hours or in the abrupt temperature variation environment, the instrument can show higher measured humidity value than the actual one. If condensation occurs, leave the probe in a place of 40%RH or lower for 24 hours to dry. -
Page 15: Connecting The Cable To The Terminal Block
2-3．Connecting the Cable to the Terminal Block For easy cable connecting work, detach the supplied terminal block from the main unit. You can remove the terminal block with the fingers. This terminal block can be divided into two terminal blocks, 3P and 10P. ... -
Page 16: Connecting Power Source
2-4．Connecting Power Source There are two methods to supply power to the instrument. １． Supply from the AC adapter To supply power, connect the optional AC adapter to the AC adapter connector. DO NOT use any AC adapters other than the optional AC adapter. Improper handling can cause a failure of the device. -
Page 17: Connecting Analog Output
2-5．Connecting Analog Output Insert the dividing terminal block into the power input/analog output connector to extract the analog output. When the dividing terminal block is inserted, the function of each terminal is as follows. While working for the analog output connection, be sure to shut off power. Make sure that polarities are correct. -
Page 18: Connecting The Communication Connector
2-6．Connecting the Communication Connector Connecting the PC using the communication connector is allowed to obtain measured valued. Hence, real time monitoring become feasible with the optional Air Flow Transducer Measurement Software. Insert the dividing terminal block into the communication connector to connect to the PC. If the PC is not equipped with the RS485 port, connect to the PC with a cable such as a USB-RS485 conversion cable. -
Page 19: Connecting The Probe Fixing Jig (Accessory)
2-7．Connecting the Probe Fixing Jig (Accessory) This probe fixing jig is for Probe 0976-03 and 0976-04, 0976-13, 0976-14 only. Do not use this jig for any probe other than the two probes above. It may cause a malfunction or damage. Follow the steps below to attach/remove the probe to/from the probe fixing jig. - Page 20 To set the probe fixing jig on a setting position, use a double-faced tape, etc. As the figure below shows, to mount the probe fixing jig to a columnar mounted position, attach the supplied base to the probe fixing jig and fix them with plastic ties, etc. Columnar mounted position Plastic ties, etc.
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Page 21: Various Settings
3. Various Settings 3-1．Removing the Case Removing the case allows to change the units of air velocity/air temperature and analog output settings using the DIP switch on the printed board. First of all, check the power is turned off. As the diagram shows below, unscrew 4 screws (M3, length: 6 mm) on the front panel of the device and remove the case slowly. -
Page 22: Displayed Unit Setting
3-2．Displayed Unit Setting The DIP switch enables to change between the unit of air velocity and air temperature. As the figure shows below, check prints located on the left side of the DIP switch to select. While changing the output setting, be sure to shut off power supply. -
Page 23: Air Velocity Analog Output Setting
3-3．Air Velocity Analog Output Setting The output can be selected from the current output (4 to 20 mA) and the voltage output (0 to 5 V). To change output, use the DIP switch of air velocity The range of air velocity is also selectable. The factory setting is: DIP Switch setting 4;... -
Page 24: Air Temperature Analog Output Setting
3-4．Air Temperature Analog Output Setting The output can be selected from the current output (4 to 20 mA) or the voltage output (0 to 5 V). To change output, use the temperature DIP switch. The factory setting is current output. The below list shows temperature range, voltage and current output for each connected probe. -
Page 25: Humidity Analog Output Setting
3-5．Humidity Analog Output Setting The output can be selected from the current output (4 to 20 mA) or the voltage output (0 to 5 V). To change output, use the humidity DIP switch. The factory setting is current output. The below list shows temperature range, voltage and current output for each connected probe. -
Page 26: Specifications
4. Specifications Product name Air Flow Transducer Model 6333-0G 0.01 to 25 m/s (For connected probe: 0975-00, 0975-21, 0975-31) 0.01 to 30 m/s Air velocity (For connected probe: 0976-03, 0976-04, 0976-05, 0976-07, 0976-13, measurement 0976-14, 0976-15, 0976-17) range 0.01 to 50 m/s (For connected probe: 0972-00, 0973-00, 0975-09, 0975-10) 0 to 60℃... -
Page 27: Specifications For Options
5. Specifications for Options 5-1．Probe Specifications For all probes, warranty period is one year from date of purchase. ・Probe converter box Operating environment 0 to 60℃, 5 to 95%RH with no condensation Storage environment -10 to 60℃, 0 to 90%RH with no condensation Dimensions W74.2mm ×... - Page 28 ・Probe Measurement range Measurement accuracy Operational Temperature Model temperature compensation Velocity/Temperature/Humidi Velocity/Temperature/Humid range range/accuracy 0972-00 0.01 to 50.0 [m/s] (Velocity) 0973-00 0 to 100℃ ±2% of reading or 0975-00 0.01to 25.0 [m/s] 0 to 100℃ ±5% of ±0.02 m/s, whichever is reading 0975-09 the greater.
- Page 29 (Velocity) ±2% of reading or ±0.02 m/s, whichever is 0.01 to 25.0 [m/s] the greater 0 to 100℃ 0975-31 0 to 60 [℃] (Temperature) 0 to 100℃ ±5% of 5 to 95 [%RH] ±0.5℃ reading (Humidity) 5 to 80%RH: ±3%RH 80 to 95%RH: ±5%RH ※...
- Page 31 Setting, mounting and removing for Heat-resistant air velocity probe (Mini, straight, temperature-compensation sensor independent type) of 0976-05, 0976-07, 0976-15 and 0976-17 If the cable is located on the leeward side to the wind direction, more accurate measurement will be achieved. Be sure to install the air velocity sensor and the temperature/temperature compensation sensor in parallel with a distance of at least...
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Page 33: Specifications For Standard Cable, Probe Fixing Jig, Ac Adapter, Din Rail Fixing Base And Pc Software
5-2．Specifications for Standard Cable, Probe Fixing Jig, AC Adapter, DIN Rail Fixing Base and PC Software ■ Standard Cable Model 1580-30 1580-31 1580-32 1580-33 1580-34 1580-35 Length of cable 0.5 m 10 m 20 m 40 m ± tolerances +0.05,-0 +0.1,-0 +0.2,-0 +0.3,-0... - Page 34 ■ AC Adapter Model 6333-10 Supply voltage DC12V Operating 5 to 40℃, 10 to 90%RH (non-condensing) environment Storage environment -20 to 80℃, 10 to 90%RH (non-condensing) Warranty period One year from date of purchase ■ DIN Rail Fixing Base Model...
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Page 35: Troubleshooting
6. Troubleshooting Before calling for service, please check items in this list. Symptom Possible cause(s) Solution(s) Power to the main unit is shut Connect power supply to the main unit. Incorrect wiring Wire correctly Turn off the power, check the probe or No output Incorrect connection of the the cable for connection, and turn the... -
Page 36: Probe Cleaning
Probe Cleaning Dust such as fine/soot particles or machine oil adhered to the air flow element can change the heat dissipation (the amount of heat taken away). This can affect the reading of air velocity. Probes with a wire mesh or a filter cannot read accurate measurement value when they are clogged with dust etc. -
Page 38: Warranty And After-Sales Services
7. Warranty and After-Sales Services The limited warranty set below is given by KANOMAX JAPAN, Inc. (hereafter referred to as “KJI”) with respect to this instrument, its attachment parts including standard accessories (hereafter referred to as “PRODUCT”) that you have purchased. PRODUCT you have purchased shall be the only one that the limited warranty stated herein applies to. -
Page 39: Contact Information
2-1 Shimizu, Suita City, Osaka 565-0805, Japan TEL: 81-6-6877-0183 FAX: 81-6-6879-5570 URL: http://www.kanomax.co.jp E-Mail: sales@kanomax.co.jp KANOMAX JAPAN INC. ©2021 Reprinting of part or the whole of the contents of this manual is strictly forbidden. The contents of this manual are subject to change without notice.
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