Warrick a Brand of Gems Sensors Series 16 Instruction Manual
i g an m
W
iring Diagram
L
L1
A C S pA. C. Supply
A. C. Supply
A C S p
TT
a sransformer
T
ransformer
T
a s
L
L2
For single level service, use
“H” and “G” connections.
e d - S n e
Direct Mode- Single Level Service
e d - S n e Direct Mode- Single Level Service
H
G
G
GG
e e ef
Reference Probe
Operation
:
: When the liquid rises to the electrode on terminal H, the control energizes, changing state of
::
L
NC
C
NO
tO
High Probe
Low Probe
If metallic, the tank may
be used in place of the
reference probe.
the load contacts. (LED will be lit) The control remains energized until the liquid level recedes below electrode on terminal H. The
control then de-energizes, (LED will not be lit) returning load to original state.
Inverse Mode- Single Level Service: Control energizes with power, changing state of the load contacts. (LED will be lit) When the
S n d - L v S
liquid rises to the electrode on terminal H, the control de-energizes, returning the load contacts to shelf state. (LED will not be lit)
The control remains de-energized until liquid level recedes below the electrode connected to terminal H. The control then
energizes.
e i f e v c M r i
Direct Mode- Differential Service: When the liquid rises to the electrode on terminal H, the control energizes, changing state of the
load contacts. (LED will be lit) The control remains energized until the liquid level recedes below electrode on terminal L. The
control then de-energizes, (LED will not be lit) returning the load contacts to original state.
Inverse Mode- Differential Service:: Control energizes with power, (LED will be lit) changing state of the load contacts. When the
e i f S
e i f SInverse Mode- Differential Service
liquid rises to the electrode on terminal H, the control de-energizes, returning load contacts to shelf state. (LED will not be lit) The
control remains de-energized until the liquid level recedes below the electrode on terminal L. The control then energizes.
ot
Optional
s
Time Delays: With time delay on increasing level, the liquid must be in contact with the short electrode for the full duration of the
time delay before control will operate. With delay on decreasing level, the liquid must be below long electrode for the full
duration of the time delay before control will operate. In single level service, terminals H and L must be jumpered together to
achieve time delays on both increasing and decreasing levels or just decreasing level.
X X X X X
16 X-X-X-X-XX-XX
i De y
Time Delay: (decreasing level) 1-20 sec.
i De y
Time Delay: (increasing level) 1-20 sec.
Enclosure: 0-none, 1-NEMA 1, 4-NEMA 4, 7-NEMA 7, 12-NEMA 12
n ed
Standoff Style: A- 1/16” panel, B- 1/8” panel,C-Screw mount, D- Retrofit plate
Supply V
Mode/Sensitivity: Direct A- 4.7K, B- 10K, C- 26K, D- 50K, E- 100K, F- 470K, G- 1M
*187 Vmin to 255 Vmax VAC
ol g
oltage: 1- 120 VAC, 2- 240 VAC, 3- 24 VAC, 8- 208/240 VAC**
Supply V
ol goltage:
e v y r c S i t
r e I
Inverse K- 4.7K, L- 10K, M- 26K, N- 50K, P- 100K, R- 470K, S- 1M
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