ST-LC OPERATION MANUAL(EN) 2011-04-27
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A2
−
6
pv@zo
)0
)
0
)
0
pv@zo
(Pv2.Zo): Fine Zero Adjustment
for PV1 display
；
For Zero & Span of PV, users can get the
"Fine Adjustment" by front key. It's an easy
way to “Just Key-In” the value that the user
wants to show in the current input signal.
Especially, the
[
pv@zo
]
&
[
pv@sn
]
are not
only in zero & span of PV, but also any
lower point for
[
pv@zo
]
& higher point for
[
pv@sn
]
. The meter wills be linear for full
scale.
Settable range: -19999~+29999
Shift
Up
Down
Enter
Default Input:
[
lOsc
]:
)00
,
[
hIsc
]:
19(99
Digital fine adjustment:
input 2.75V,
[
pVzro
]
set to be
8)00
input 9.00V,
[
pVspn
]
set to be
17)00
Display: Low point from 55.00 to 80.00
High point from 180.00 to 170.00
SCALE
INPUT
0V
10V
5V
2.75V
9.00V
19(99
[
h Isc
]
[
l Osc
]
)00
10)00
18)00
5%00
8)00
17)00
A2
−
7
pv@sn
)0
)
0
2
00)0
pv@sn
(Pv2.Sn): Fine Span Adjustment
for PV1 display
；
It's same function as like as
[
pv@zo
]
Settable range: -19999~+29999
Shift
Up
Down
Enter
A2
−
8
ZScl2
none
none
both
ZScl2
(Z.S.CL2): Clear Fine Zero & Span
Adjustment for PV2 display
；
Programmable:
none
(None):
Do not clear the fine
adjustment of Low / High for
PV2.
pv@zo
(PV2.Zro):
To clear the fine
adjustment Low for PV1.
pv@sn
(PV2.SPn):
To clear the fine
adjustment High for PV2
both
(PV2 Zero & Span):
To clear
the fine adjustment of Low and
High for PV2.
Up
Down
Enter
A2
−
9
pV12=
pV1
pV1
trKhi
pV12=
(Pv.12=): Mathematic function for
display
；
Programmable:
pV1
(PV1):
Show PV1
pV2
(PV2):
Show PV2
!adD2
(1 Add 2):
Show PV1+PV2
!suB2
(1 Subtraction 2):
Show PV1-PV2
@suB1
(2 Subtraction 1):
Show PV2-PV1
!muL2
(1 Multiplication 2):
Show PV1
±
PV2
!diV2
(1 divide 2):
Show PV1÷PV2
@diV1
(2 divide 1):
Show PV2÷PV1
trKlo
(Tracking low):
Show tracking
low.If PV1<PV2, show PV1; if
PV2<PV1, show PV2.
trKhi
(Tracking High):
Show tracking high.If
PV1>PV2, show PV1; if
PV2>PV1, show PV2.
Up
Down
Enter
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