Table of Contents
Related Manuals for Kanomax 6850
Summary of Contents for Kanomax 6850
- Page 1 Micro manometer Model 6850 Instruction Manual Be sure to read this manual thoroughly before using the instrument. Fully understand and pay attention to each caution mentioned. Please keep this manual as a service reference. 01001 18.05...
- Page 3 Accessories Items Quantity Pressure tube Calibration Certification Includes Instruction Manual USB Anti-dust plug Carrying Case AC-Adapter Optional Pitot Tube...
- Page 4 ATTENTIONS & NOTES The warning symbols mentioned in this manual are defined below: 〔symbol classifications〕 Danger: To Prevent Serious Injury or Death Warnings in this classification indicate a danger that may result in serious injury or death if not observed. Caution: To Prevent Damage to the Product Warnings in this classification indicate a risk of damage to the product that may void the product warranty if not observed.
- Page 5 CAUTION ○ Always unplug when the instrument not in use. … Failure to do so may cause an electric shock, a fire or circuit damage. Using properly ○ Remove the batteries when storing the instrument for a long period of time. Do not leave drained batteries in the battery compartment and exchange the batteries promptly when they are drained.
-
Page 6: Table Of Contents
CONTENTS 1 Introduction ................................ 1 1.1 Features ..................................1 1.2 Main Specifications ..............................1 2 Outlook & Structure ............................2 2.1 Overview ................................... 2 2.2 Keypad Functions ..............................2 3 Operation ................................3 3.1 Power Supply ................................3 3.2 Pitot Connection ............................... 3 3.3 On/Off Key ................................ -
Page 7: Introduction
Introduction 1 Introduction Model 6850 is as micro-manometer with high precision for measuring differential pressure of non-corrosion air. It’s available to measure air velocity and air flow when using Pitot. Data storage and exporting functions make user operating more convenient. -
Page 8: Outlook & Structure
Outlook&Structure 2 Outlook & Structure 2.1 Overview ① Item ① Display LCD ② ② Function Keypad ③ ③ Power On/Off ④ USB Port ④ ⑤ AC adapter Port ⑤ 2.2 Keypad Functions Keypad Function F1，F2，F3 Corresponding with the displaying key In test interface, change the position of display value In Menu, for parameter selection and modifying In test interface, change the position of display value... -
Page 9: Operation
Operation 3 Operation 3.1 Power Supply Two available ways for power supply: Batteries or AC Adapter. 1. Batteries (1) 4 AA-size batteries can be used for a power supply. (2) Open the back cover, insert the batteries as under the +/- indication. (3) Tightly lock the back cover after batteries insert. -
Page 10: On/Off Key
Operation 3.3 On/Off Key 1. Key “On” Keep pressing “ “ for 2 ~ 3 seconds for power on. And will display the start interface. 2. Key “Off” Keep pressing “ “ for 2 ~ 3 seconds for switching to power off. -
Page 11: Mode Introduction
Mode Introduction 4 Mode Introduction Two available modes for display: Testing mode and Holding mode. 4.1 Testing Mode When Power On, testing mode will be available right away, and it’s available for start measuring the differential pressure, air velocity and airflow with real-time displaying. Quantity of Storage samples in current ID 13:18 Mode... -
Page 12: Holding Mode
Mode Introduction 2. ID Setting 13:18 13:18 13:18 Choose ID ID:01[015] ID:02[000] MEAS MEAS ID 001 15 Samples ID 002 0 Samples ID 003 0 Samples ID 004 0 Samples ID 005 0 Samples 0.00 0.00 ID 006 0 Samples ID 007 0 Samples m3/h... -
Page 13: Menu Setting
Menu setting 5 Menu Setting In Testing Mode, press “ “ for entering the menu setting. MENU Under this menu, 7 choice items are available for the user: eg. Chose ID. , set up the STD/ACT, duct area, unit, data record, pitot parameters and etc. In Menu, press “... -
Page 14: Flow Setup
Menu setting 2. Temperature Setting Press “ “ or “ “ for data modification. 13:18 13:18 Std/Act Std/Act 1. Setting 1. Setting 2. Temperature 25.5℃ 2. Temperature 25.5℃ 3. Atmos 101.3 kPa 3. Atmos 101.3 kPa Temperature 27.3 ℃ Atmos setting is as same as Temperature setting. 5.2 Flow Setup Since air velocity multiply by duct cross sectional area will be calculated the air flow. -
Page 15: Data Record
Menu setting 5.6 Data Record In data record, the statistics are calculated for each test ID or clean-up the ID. It’s available for reviewing all sample data of one ID or deleting any sample in one ID. 1. Data Statistics Data statistics refers to calculate the average, minimum or maximum value of the selected ID. -
Page 16: Data Export
Menu setting 3. Data View It’s available for reviewing the differential pressure, air velocity, airflow and memory time of all samples under a selected ID. 13:18 13:18 13:18 Pressure ID 001 Time [Pressure] No. 001 09:20:36 No. 001 100.0 Max: 15.2 No. -
Page 17: Error And Troubleshooting
Error and Troubleshooting 6 Error and Troubleshooting Symptom Possible Causes Corrective Action Incorrect specification of the AC Adapter Check and refer to Chapter3.1 in Manuel No display when power On Battery installation error Check and refer to Chapter3.1 in Manuel Low or dead battery power Replace the batteries Fail for data storage... -
Page 18: Warranty And Service
PRODUCT, regardless of the legal theory on which the claim is based, and even if KANOMAX GROUP COMPANIES has been advised of the possibility of such damages. In no event shall recovery of any kind against KANOMAX GROUP COMPANIES be greater in amount than the purchase price of the PRODUCT sold by KANOMAX GROUP COMPANIES and causing the alleged damage. - Page 19 Warranty and Service 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 repair. Replacement parts are available for a minimum period of five (5) years after termination of production.
-
Page 20: Appendix 1 Actual Vs. Standard Air Velocity And Measurements
Appendix 1 Appendix 1 Actual vs. Standard Air Velocity and Measurements Actual Air Velocity is measured with a Pitot tube using the basic formula: V is Actual Air Velocity (m/s); is Velocity Pressure (Pa); is the air density (Kg/m is Pitot Factor;... - Page 21 Copyright © Kanomax. All rights reserved. 2017 No copying, distribution, publication, modification, or incorporation of this document, in whole or part, is permitted for commercial purposes without the express written permission of Kanomax. The contents of this document may be changed without prior notice.