④
Several methods to
efine PtID of reference line
re available.
irst
base point, and prism height.
Collimate the prism center,
and press [F1] ([All]) + [F2]
RECORD]) and start
B
：
Press [LIST], in Pt Search
ialog, press
d
a
A
：
Input PtID of the f
([
measurement.
d
to call up
C: Input PtID, and press
[SEARCH] to see whether
the point exists in job. If yes,
proceed the next procedure;
if not, you need to input the
coordinate of known point
first.
Input 1
st
base
PtId & R.Ht
+
[F1]
or[F1]
+
[F2]
Input PtID
+
]
4]
[F1]
B
：
from
Job
C
D
：
Press[COORDINATE],input E,N,Z coordinat
PtID directly from job.
D
：
Press [ENH] and input a
PtID that does not exist in
job.
[F
[F4]
[F3]
[F2
A
：
Input PtID and start measurement.
【
Baseline Define
】
1/3
▼
Meas First Pt
！
Po
0
int: 1
R.HT
：
1.000 m
：
---.--- m
Ⅰ
：
---.--- m
BACK EDM
∣
←
DI
Press[List],dispatch point name directly
：
Input point name ,press[SEARCH]
ST RECORD EDM
↓
【
Pt Search
】
1/10
1 K
2
11
15 Meas.
21
22
nown
Known
Known
Meas.
Meas.
VIEW ENH JOB OK
【
Pt Search
】
1
Known
V
ENH JOB OK
IEW
【
Coordinate Input
】
Job
：
SANDING
PtID
：
2
Y/E
：
---.--- m
X/N
：
---.--- m
H
：
---.--- m
BACK OK
⑤
Set PtID of the second
【
Baseline Define
】
1/3
▼
Meas First Pt
！
base point and prism height.
Method is similar to the
above.
※
1),
※
2
Point 1: 10
Point 2: 11
R.HT
：
1.000 m
：
---.--- m
Ⅰ
：
---.--- m
All SEARCH
↓
116
Summary of Contents for STS-750
Page 6: ...6...
