6. How to input the data
6-1. How to input the unit
mass(Refer to the unit
mass tables on next page)
●
●
●
Timing belt & (Reference)Flat timing belt
To input the unit mass is width(mm) ×
length(m) in g/mm width × m Length.
1.Data capacity is 000.1〜999.9g/mm
width × m Length
2.Able to input with four significant digit
figures of three columns of integers and
decimal one column
Tooth belt from the pre-install data
Push "MASS" bottom more than one
second, belt type shows up on the screen.
With using "UP" or "DOWN" button to
select and push "MEASURE" to set.
(Reference) V belt, V-Ribbed belt, and Wire
Input the mass per meter of length in "g/m
length" for unit mass.
Able to input by four significant digits,
i.e. three digits of integer and one digit
below decimal point from 000.1 up to
999.9 g/m L. Unit mass corresponds to one
piece for V-belt and wire, and one rib for
V-ribbed belt.
6-2. How to input the belt
width or the number of
belts(ribs)
●
●
Timing belt & (Reference) Flat timing belt
To put the date is for belt width is
000.1mm〜999.9mm, three digits of
integer and one digit below decimal point
in mm.
(Reference) V belt, V-Ribbed belt, and Wire
For V belt and Wire, put one piece. For V
ribbed belt, put the number of ribs of
V-ribbed belt.
6-3. How to put the value of
span length
Span length is a distance between contacts
with pulley, and can be calculated by the f
following calculating formula.
Alternatively, measure the distance between
pulley contacts with a tape measure and put.
L :Span length (mm)
C :Distance between axes (mm)
Dp
:
Large pulley pitch outer diameter
(mm)
dp:
Small pulley pitch outer diameter
(mm)
L= C −
(Dp−dp)
4
2
2
Flat timing
belt
V-Ribbed belt
V belt
Wire
g/mm W×mL
g/Ribbed×mL
g/one belt×mL
g/one belt×mL
mm
Number of
Ribbed
1
1
mm
mm
mm
mm
MASS WIDTH SPAN
9
Refer to the explanation of "MASS" button at page 6.
7. Unit mass table of the preinstalled belt
Data of unit mass can be input by four significant digits, i.e. three digits of integer and one digit
below decimal point in g/mm W x m L from 0.1 to 999.9 g/mm W x m L.
8.
.