Toyota JAT810 User manual

Model JAT810
Profile Reed System
TOYOTA AIR JET WEAVING MACHINE
INSTALLATION GUIDE
(FIRST EDITION)
Thank you for purchasing the JAT810 Air Jet Weaving Machine.
This installation guide describes the work required for your weaving machines from their delivery through installation,
including necessary preparations before starting production.
Make preparations according to the time schedule as instructed in this guide so that you can have everything ready when
our service personnel arrive. This will eliminate wasted time and efforts. If preparations are not completed, our service
personnel will have to leave and come back again at a later date.
If you have any questions concerning the installation, please contact us at the following locations:
HEAD OFFICE: TOYOTA INDUSTRIES CORPORATION
TEXTILE MACHINERY DIVISION
1, Toyodacho 2-chome, Kariya-shi, Aichi, 448-8671 JAPAN
PHONE: [phone]
FACSIMILE: [phone]
Notice: Specifications, operating instructions, and dimensions in this manual are subject to change for improvements
without prior notice.
TOYOTA shall take no responsibility for loss, damage, expense or claims for bodily injury or property damage arising
from incorrect usage which is not in accordance with the instructions given in this manual.
Please also understand that we will not be held responsible for the result of operating this machine.

This manual uses the following symbols: , , ATTENTION.
(1)
The symbol is used in this manual, alerting you to a situation that might cause serious injury or
death to the worker if he or she does not follow the instructions in this manual necessary to avoid any dangers in the
machinery.
(2)
The symbol is used in this manual, alerting you to a situation that might cause minor injury to
the worker if he or she does not follow the instructions in this manual necessary to avoid any dangers in the
machinery.
(3) ATTENTION
The ATTENTION mark is used here, alerting you to possible substantial property damage if the worker fails to
follow the instructions in this manual.

Contents
OUTLINE OF INSTALLATION WORK㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀ 1
S. SAFETY㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1] Safe Work㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.1] Rules for Installation Work ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.2] Rules for Safe Operation㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.3] Rules for Maintenance㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.4] Rules for Operating or Checking the Electrical Devices㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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1. PREPARATIONS FOR INTRODUCING THE MACHINE㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1] Building ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2] Foundation Work㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.1] Structure of Foundation ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.2] Laying the Foundation for Wiring and Piping ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.3] Floor Surface Conditions ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.4] Preparing Glue or Quick-hardening Cement ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.5] Marking on the Floor㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.6] Laying Anchor Bolts (Only for the bolting installation method)㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3] Wiring (for looms other than towel weaving machine)㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.1] In-plant Electric Facilities ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.2] Circuit Breakers ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.3] Cable Capacity ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.4] Cable Capacity Calculation Examples (reference examples)㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.5] Group Inverter ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3T] Wiring (for towel weaving machine)㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3T.1] In-plant Electric Facilities ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3T.2] Circuit Breakers ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3T.3] Cable Capacity ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3T.4] Cable Capacity Calculation Examples (reference examples)㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[4] Air Compressor ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[4.1] Compressed-air Requirements for Air Jet Weaving Machines and Precautions for Piping ㌀㌀㌀㌀
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[4.2] Choice of Air Compressor Type and the Number of Compressors㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[4.3] Layout Examples of Air Compressors and Related Equipment ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[4.4] Piping ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[5] Other Equipment ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[5.1] Temperature Control and Air Conditioning㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[5.2] Lighting ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[5.3] Prevention from Fly, Fleece, and Dust㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[5.4] Separate Take-up Motion ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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2. INSTALLATION WORK ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1] Preparations for Installation㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.1] Arrangement of Workers㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.2] Setting-up of Unpacking and Carrying-in Tools ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.3] Preparation of Piping ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2] Installation Work㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.1] Positioning of the Weaving Machine ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.2] Jobs to be Done before Securing the Legs of the Weaving Machine㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀ 65
[2.3] Installation㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.4] Wiring and Piping to Weaving Machines㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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3. PREPARATIONS FOR WEAVING START-UP ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1] Warp-related Preparations ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.1] Mounting the Warp Beam(s) and Procuring Warp Yarn㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.2] Preparing the Droppers ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.3] Preparing the Healds㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.4] Preparing the Reed and Drawing in Warp ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.5] Preparations for Selvage Construction ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.6] Preparations for Waste Selvage Device ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2] Weft-related Preparations (Mainly Spun Yarn) ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.1] Preparing Weft Yarn and Cheeses㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3] Lubricants, Cleaning Oil, and Sealant㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.1] Lubricants ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.2] Cleaning Oil and Sealant ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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4. APPENDIX ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1] JAT810 Technical Information㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.1] Nominal Reed Space and Effective Drawing-in Width㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.2] Machine Weight (excluding EDP) ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.3] Yarn Number Count of Warp ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.4] Picking Density ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.5] Warp Tension Setting Range ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.6] Possible Weaving Range (Yarn density vs. Yarn number count)㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[1.7] Fabric Examples ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2] Network application ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.1] Scope of your work㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.2] Network Connection Concept㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.3] Network Design ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.4] Piping Work ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.5] Wiring Sample Diagram ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.6] Network Cable Connector Installation Method ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.7] Network Cable Connection to the Machine ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[2.8] Connection with Customer's Network㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3] TMS Scanner (TOYOTA MONITORING SYSTEM SCANNER) ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.1] TMS Scanner Overview ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.2] Features of TMS Scanner ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.3] Connection between Looms and Data Collection Boards (LTB4) ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.4] Studying Loom Connection to TMS Scanner PC ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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[3.5] Works after Determining TMS Scanner Introduction ㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀㌀
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OUTLINE OF INSTALLATION WORK
Items marked with a box □are jobs which you should do. Use the list given below as a check list.
1. Preparations for Introducing the Machine
Complete the following preparations:
□Building construction and floor work (Irregularity in the floor levelness: 5 mm or less, Surface irregularities of the
floor where the legs of the machine are to be positioned: 1 mm or less)
□Foundation work, floor marking, and anchor bolt laying work*
(* This job is not required if you select the gluing installation method.)
□Power wiring (to the installation position of machines) and installation of circuit breakers on the switchboard
□Pneumatic piping (to the installation position of machines)
□Installation of air compressor(s)
□Air-conditioning work
2. Preparations for Installation
Complete the following preparations:
□Arrangement of workers
□Setting-up of forklift, hand lifts, and small jacks
□Procurement of Quick-hardening cement (for bolting installation) and Araldite or Sikadur (for gluing installation)
□Customs clearance for machines
□Receiving and carrying machines to your factory
Installation can be started at this stage. Toyoda service personnel can be dispatched at
this stage.
3-1. nstallation of Weaving Machines and
Related Facilities 3-2. Preparations for Weaving Start-up
Complete the following preparations under the on-
site supervision of Toyoda service personnel:
Complete the following preparations:
□Warp yarn preparation
□Unpacking and installation of machines □Procurement of weft yarn, leno yarn, waste-selvage
yarn, and additional yarn□Leveling of machines
□Installation of EDP stand(s) □Installation of winder for weft cheeses
□Installation of cheese stand(s) □Installation of leno yarn winder
□Power wiring to machines
(main power and inverter power)
□Installation of waste-selvage yarn winder
□Procurement of oil and grease
□Pneumatic piping to machines
Adjustment and Trial Run
Weaving Start-up
Start of Production
OUTLINE OF INSTALLATION WORK
1

S. SAFETY
[1] Safe Work
Introduction
There is no such thing as a perfectly safe machine when improper handling or ignoring
precautions stands in the way. Any incorrect usage could possibly result in a serious
bodily injury, in the worst case it could cause death, and/or substantial property damage.
TOYOTA has done everything possible to assure optimum safety. However, it cannot be
completed without your understanding and efforts.
It is impossible for the manufacturer to take into account individual operating conditions
of the machinery at the user site and prepare an instruction manual covering all
information relating to the machine operation. We, therefore, ask you to establish your
own individual safety standards for each safe job of installation, operation, adjustment,
and maintenance, by referring to this guide.
S. SAFETY
2

[1.1] Rules for Installation Work
1BeforeInstallation
1) Check the safety rules and the workmanship standards for the plant.
2) Make sure that all personnel involved know the nature of the job and the installation procedure, and agree as
to the best way to get them done.
3) For jobs requiring a group effort, choose a supervisor whose instructions should be followed thoroughly by
all.
4) For jobs requiring a group effort, agree beforehand on words or gestures for giving and confirming signals.
5) Wear safety shoes.
6) Check the work places and their surroundings. If any unsafe point is found, take the necessary action to
make it safe.
For example
1．When anchor bolts, power cable conduits and air
inlet piping are spread out before installation,
mark them clearly with brightly colored cloth or a
flag so that workers can avoid tripping or hitting
the machine and carriers against them during
installation.
2．If there is any unstable footing due to any pits (for
exhaust, piping, wiring, or other purposes) which
are dangerously uncovered, put on a temporary
cover to prevent falling accidents.
3．Use specified tools matched to the job to be done.
S. SAFETY
3

2DuringInstallation
1) General points for installation work
(1) Always wear a helmet whenever installation is
being carried out at the same time as other jobs,
such as construction and piping.
(2) Always wear gloves whenever there is the
possibility of injuring hands or fingers.
(3) Never use gloves if there is the possibility of
their becoming caught in a rotating section of the
machine.
(4) Never get oil or grease on the floor, since these
can cause slipping accidents.
(5) Always provide a stable platform or scaffold for
those jobs in places too high to reach from the
floor.
(6) Never climb onto a heavy hoisted object nor get
under it.
(7) Keep your tools, parts, devices and instruments
neatly arranged, and observe the following rules:
1. Put them where they are not likely to fall
down.
2. Whenever standing or leaning them against
something else, do what is necessary to
prevent them from falling over.
3. Whenever piling round bars or pipes, do
what is necessary to prevent them from
falling down.
(8) Observe the following rules when conducting a
group effort:
1. Choose a supervisor whose instructions
should be followed thoroughly by all.
2. Agree beforehand on words or gestures for
giving and confirming signals.
3. Be especially careful when handling heavy
objects. If the weight exceeds 20 kg, two or
more workers should handle them.
S. SAFETY
4

2) Transport
(1) Before bringing in machinery, always prepare
well-maintained carriers.
Carriers Q'ty Specifications
Forklift
(or wrecker) 13.5 t (Reed space:150-190 cm)
Hand lift 2 3.0 t or more
Small jack 2 1.5 t or more
Wooden block 4 Approx. 90×150×60 mm
(2) Never lift the machine or load any higher than
200 mm above the floor during transport.
(3) Never stand in small spaces between the
machine/load and the wall during transportation.
(4) Always assign a guide and transport according to
his or her instructions.
The guide should pay sufficient attention to any
protruding parts on the transport route.
(5) Whenever inserting wooden blocks under the
machine/load, never let fingers get between the
machine/load and floor.
(6) Always push hand carts when carrying loads.
Never pull them.
(7) Fix the load with a rope or other means if
necessary, to prevent the load from falling down
during transport.
(8) When putting a lift beneath the machine, make
sure that its hook catches the place between the
back and front cross rails and balances it right
and left securely.
S. SAFETY
5

3) Unpacking and cleaning
(1) Parts are coated with rust-preventive oil. Take
necessary action so they will not slip when
carrying them.
(2) When washing parts, use waterproof paper to
prevent the floor from becoming stained.
(3) Use Nippon Oil Corporation's New-sol Deluxe
or equivalent cleaning fluid. Never use
trichloroethylene-base cleaning fluid; otherwise,
the painting will peel off or discolor.
(4) Never put anything on the parts storage area,
passages, or footing area.
4) Levelling work
(1) When using a small jack, apply it to two points
underneath the front and back cloth rails and
make sure that it catches them securely.
(2) When conducting a group effort, agree before-
hand on words or gestures for giving and
confirming signals.
(3) Whenever inserting fiber packings under the
bottom of the machine's feet or removing them
during the levelling work, never let fingers get
between the packings and the floor.
5) Wiring work
(1) Never allow non-qualified workers to carry out
connection or disconnection of the primary
power lines.
(2) Before starting wiring work, be sure to check
that the main circuit breaker is open and the
warning notice (tag) is put up for all to see.
(3) Before starting wiring work, be sure that the line
is not active.
(4) Check that the plant power grounding line is
connected to the PE terminal in the control box.
(5) Check the wiring and connection for no
abnormality.
3BeforeTrialRun
1) Clear away bolts, nuts, tools and other unnecessary things around, on and under the machine.
2) Check that all sections of the machine are securely tightened and that the safety covers are on.
4DuringTrialRunning
1) Check the rotating direction for: the main motor, drum motor, and electrical let-off motor.
Also check the rotating direction of forward/reverse inching.
2) Check the functions of each of the stop motions and limit switches.
S. SAFETY
6

[1.2] Rules for Safe Operation
1GeneralRules
1) Absolute precautions
(1) Never allow non-qualified workers to carry out
connection or disconnection of the primary
power lines.
(2) Never try live-wire operation when changing the
wiring on the machine.
(3) Never start the machine without communicating
your intention to co-workers or without confirm-
ing their answer to your signal.
(4) Never touch rotating or operating parts until the
machine comes to a complete stop.
(5) Never operate the machine in clothes which
could become entangled in the rotating parts.
(6) Never remove any of the warning notice, caution
plates or instruction plates from the machine, no
matter what.
2) Handling abnormal situations
(1) Always turn the power off before making any adjustments or repairs to cor
(2) If you turn off the machine, be sure to put up the warning notice on the power switch.
(3) The temporary warning notice (tag) should be removed only by the person who put it up, once it has
become unnecessary.
3) Other precautions
(1) The supervisor should make sure that each worker sufficiently observes all safety rules.
(2) Observe the safety codes and regulations enforced in individual countries.
S. SAFETY
7

2PrecautionsforWeaving
1) Starting
(1) Make sure that there is no one beside or behind the machine.
(2) When two or more workers are to handle a job, they must always communicate through words or
gestures before starting the job.
(3) Before pressing any switches on the machine, be sure to identify them to prevent mistakes.
2) During weaving
(1) No one other than the person in charge must take recovery action if any of the electrical parts in the
control box operates so as to cause the machine in operation to either stop or become non-workable.
(2) While the machine is in operation:
1. Never touch the running portion.
2. Never open or remove any of the safety covers.
3. Never try to remove yarn or fly.
(3) Do not operate the machine in these types of clothes:
1. Loose fitting jacket
2. Long sleeves with buttons
3. Work cloths with buttons sticking out in front
4. Sandal-type shoes
(4) Never put scissors or tools in a non-flap breast pocket.
S. SAFETY
8

(5) If the machine stops, check
・the signal indicator 1,
・the warning lamp 2 on each of the operation
panels, and
・the function panel to see whether warning
icon 3 appears.
1．If only warning lamp 2 lights: It means that
the pick finder is in operation.The machine is
temporarily on halt and will restart running,
so never reach out towards the movable parts
or the working area while warning lamp 2
lights.
2．If the signal indicator 1 flashes (in case of
standard setting), warning lamp 2 lights and
warning iron 3 is displayed: It means that the
Toyota Automatic Pick Operator (TAPO) is
in operation. The machine is temporarily on
halt and will restart running, so never reach
out towards the movable parts or the working
area while these indications are on.
S. SAFETY
9

[1.3] Rules for Maintenance
1BeforeMaintenanceWork
1) Checking the work procedure
Check the work procedure with co-workers in advance. Be sure to inform the operators that the machine is
to be stopped, and always put up the maintenance notice (specified by the plant) on the power switches.
2) Checking the jigs and tools
Select and inspect the jigs and tools for the job purpose. Use spanners and wrenches suitable for the sizes
and locations of bolts and nuts.
3) Keeping things neat and tidy
Determine the storage location for disassembled parts, making sure that passages are clear for operators.
S. SAFETY
10

2PrecautionsforMaintenancePersonnel
1) If you stop the machine for maintenance, be sure
to put up the warning notice saying "DON'T
TURN THE SWITCH ON".
2) Never put tools or any items on top of the
machine whether it is in operation or on halt.
Otherwise, they may fall into the machine,
causing parts damage or even bodily injury.
3) Never use compressed air for cleaning your skin.
It may cause infection if your skin has any open
wounds.
4) When using lubricant, paint, adhesive, sealant,
or detergent, put on the protectors, safety gloves,
and safety goggles to protect your skin and eyes
from those materials.
Such materials may cause bodily damage. If
your skin or eyes become contaminated, wash
the affected part at once and get appropriate
medical care.
When using any detergent, always ventilate the
workshop sufficiently.
Follow the instructions provided by the material
manufacturer or supplier.
5) For any work which could damage the eyes,
always wear safety goggles.
S. SAFETY
11

3DuringMaintenanceWork
For safety, be sure to turn off the machine before starting maintenance work. At the same time,
be sure to put up the maintenance notice (specified by the plant) on the switches.
1) Basic maintenance procedure
(1) Stop the machine by pressing the STOP switch.
(2) Inch the machine so that the heald frames become aligned or leveled.For electronic shedding, secure
the frame stopper before turning off the main power.
(3) Press the BRAKE RELEASE switch to make sure that the reed will not move. (In the case of the
electronic dobby, turning off the machine may turn the crank, resulting in collapsed patterns.
(4) Turn off the machine.
(5) Check that the machine is stopped and then start maintenance work.
2) Basic rules for maintenance jobs with the power being ON
For jobs to be carried out with the power kept on, observe the following instructions.
(1) If you need to run the machine, inch it (in slow speed).
(2) When conducting a group effort to run the machine, agree beforehand on words or gestures for giving
and confirming signals. Always put up the maintenance notice (specified by the plant) on the switches
to prevent other persons from turning on or off the machine unexpectedly.
(3) For the dobby being used, be sure to observe the instructions given in [3.1], steps (2) and (3) above in
order to remove load from the machine before starting maintenance jobs.If the dobby is used, an
unbalanced load may be applied to the machine depending upon weaving structure. Under such a
condition, if the power to the machine is accidentally cut off due to lightning or any other power
failure, then the machine may idle. It is DANGEROUS.
4Lubrication
1) Make sure that the machine has stopped before greasing of the bearings or gears.
2) Always wipe up oil spilled on the floor after supplying oil to the oil bath.
3) Waste oil drained from the oil bath should be disposed of in containers specified by the plant.
S. SAFETY
12

[1.4] Rules for Operating or Checking the Electrical Devices
Even after the main switch (main circuit breaker CB1) on the control box is turned off, the
groupcontrol inverter power is fed to the terminal board (TB3) and the primary side of the magnet
switch (MSI). Take extra care.
Optional SC inverter power will be cut off if you turn off the main switch (CB1).
1) All operating and checking jobs must be carried out by persons with appropriate special qualifications (e.g.,
duly trained persons or electrical experts).
2) Always turn off the main switch before opening the control box.
3) After turning off the main switch, be sure to put up the warning tag "NEVER switch on" on the main switch.
4) Handle an electrical component or part only when no power is supplied to it. Note that the primary side
terminals of the main switch are applied with a voltage even when it is turned off.
5) Voltage application may be needed for checking control system functions. Be especially careful when
conducting such a job.
6) Use the measuring devices and tools, all kept in proper condition.
7) When connecting the power supply to the loom, always connect the protective wire (green or yellow/green
spiral) first to the PE terminal. For disconnection, be sure to disconnect the protective wire last of all.
8) During electrical installation work, the observer responsible for security of the workers must absolutely,
without fail, attend at the field. The observer should be limited to someone with know-how concerning
electrical troubles.
9) Never try to modify an electrical unit or device because it may cause a malfunction or accident. If it is
inevitable, please consult with us.
S. SAFETY
13

1. PREPARATIONS FOR INTRODUCING THE
MACHINE
[1] Building
(1) Make sure that the building has been completed
enough to protect the machines and related facilities
from rain and wind.
(2) Make sure that the width and height of the carrying-
in entrance are enough to carry in the machines laid
on a forklift horizontally.
NOTE: Refer to the illustrations below and the
dimensions given on the next page.
When carrying in those machines having a reed
space exceeding 280 cm, choose the capacity and
number of forklifts working together to ensure
safety without dropping or overturning.
1. PREPARATIONS FOR INTRODUCING THE MACHINE
14

Crank Shedding Motion (CS, CM)
Nominal Reed
Space (cm) W(mm) H(mm) D(mm) φ800F φ930F φ1000F φ800F φ930F φ1000F
R/S 150 3007 1712 1842 1912 1700 1727 1822
190 3407 1712 1842 1912 1700 1727 1822
280 4307 1712 1842 1912 1700 1727 1822
Negative Tappet Cam Shedding Motion (TN)
Nominal Reed
Space (cm) W(mm) H(mm) D(mm) φ800F φ930F φ1000F φ800F φ930F φ1000F
R/S 150 3030 1750 1880 1950 1700 1727 1822
190 3430 1750 1880 1950 1700 1727 1822
230 3830 1750 1880 1950 1700 1727 1822
280 4330 1750 1880 1950 1700 1727 1822
Positive dobby (DE)
Nominal Reed
Space (cm) W(mm) H(mm) D(mm) φ800F φ930F φ1000F φ800F φ930F φ1000F
R/S 150 3512 1712 1842 1912 1700 1727 1822
190 3912 1712 1842 1912 1700 1727 1822
230 4312 1712 1842 1912 1700 1727 1822
280 4812 1712 1842 1912 1700 1727 1822
Positive Tappet Cam Shedding Motion (TP)
Nominal Reed
Space (cm) W(mm) H(mm) D(mm) φ800F φ930F φ1000F φ800F φ930F φ1000F
R/S 150 3325 1712 1842 1912 1700 1727 1822
190 3725 1712 1842 1912 1700 1727 1822
280 4625 1712 1842 1912 1700 1727 1822
340 5265 1712 1842 1912 1700 1727 1822
360 5515 1712 1842 1912 1700 1727 1822
390 5815 1712 1842 1912 1700 1727 1822
NOTE: If the nominal reed space of your machine is not given in the above tables, obtain the width (W) in the
extrapolation or interpolation method.
NOTE: See page 96 in Chapter 4 for the approximate weight of the loom.
Electronic Shedding Motion (EC、ES、EB)
Nominal Reed Space
(cm)
W(mm) H(mm) D(mm)
EC ES EB φ800F φ930F φ1000F φ800F φ930F φ1000F
R/S 150 3474 3315 3007 1245 1375 1445 1700 1727 1822
190 3874 3715 3407 1245 1375 1445 1700 1727 1822
230 4274 4115 3807 1245 1375 1445 1700 1727 1822
NOTE: If the nominal reed space of your machine is not given in the above tables, obtain the width (W) in the
extrapolation or interpolation method.
NOTE: See page 96 in Chapter 4 for the approximate weight of the loom.
1. PREPARATIONS FOR INTRODUCING THE MACHINE
15

[2] Foundation Work
There are three types of installation methods for theweaving machines:
・Gluing installation
・Bolting installation
・On-the-floor installation
The bolting installation method may be divided into either straight-bolting or L-bolting installation. This manual
describes the straight-bolting installation method.
If Sikadure (explained later) is selected as the bonding method, the steel packing is to be used for leveling instead of felt
packing.
[2.1] Structure of Foundation
Build up the foundation of the weaving machine as
shown at left. The structure of the foundation is the
same for all of the gluing installation method, bolting
installation method, and on-the-floor installation.
ATTENTION
The foundation will greatly influence the degree
of vibration which the machine will cause.
For constructing the foundation, consult your
professional builder by referring to the draw-
ings submitted to you.
・The pressure-withstanding strength of concrete
should be 26.5 MPa (270 kgf/cm
2
)orgreater.
ATTENTION
The compressive strength shall be measured
according to JIS A 1108 (Method of Test for
Compressive Strength of Concrete).
If any other standard is applied, check satisfac-
tion of the value specified in the JIS (Japanese
Industrial Standard) by converting the meas-
ured value.
1. PREPARATIONS FOR INTRODUCING THE MACHINE
16