Franklin Fueling Systems TS-LLD Installation Manual - Manual (Page 51)

TS-LLD – Tank Sentinel ATG Console Interface Page 2.4 - 3 2.4
BLK
RED
UP F1
TB1
1 485A
2 485B
3 DSY1
4 DSY2
5 ALARM
3 P-OUT
4 P-IN
2 NEU
1 110V
TB2
SIG RTN
7
6
4
3
1 5
INPUT 4
{ spare 2 }
INPUT 2
{ leaktest }
{ spare 1 }
INPUT 3
{ setup }
INPUT 1
8
2
J5
PC BOARD
GAS
J2
DIESEL
J1
Alternate
Jumper
Link Position:
DIESEL GAS DIESEL
J2
for Gasoline
for Diesel, or
Fuel Oils
Alternate
Jumper
Link Position:
GAS
J2
Green Connector (J1)
for Gasoline
J2
GAS
REPOSITION
JUMPER
LINKS
ENCLOSURE
COVER (SHIELD ON)
COVER (SHIELD OFF)
TB1-
SIG RTN
TB2-5
Use:
INPUT 1 for Line 1
INPUT 2 for Line 2
INPUT 3 for Line 3
INPUT 4 for Line 4
Discrete
Input Signal
(GND)
J5-Even
Numbered
Terminals
J5-Odd
Numbered
Terminals
DC Input
INCON TS-LLD Line Leak Detector
- Control Unit
2 Pulses = Passed 0.2 GPH Test
3 Pulses = Failed 0.2 GPH Test
Activated = Failed 3.0 GPH Test
for
TS-2000 Interface
for
TS-2000 Interface
Standard TGI
(TS-1000) Interface
INCON TS-2000 AUTOMATIC TANK GAUGE:
Discrete Input Interface terminals
for the TS-LLD Line Leak Detector
One Pulse = + 5 vdc
On 1 second and Off 1 second
DIESEL
Factory Default
Jumper
Link Positions:
Plastic shield is mounted
over the PC board
Remove the shield to set the
jumper link to the correct
position as shown below
(replace the shield before
reinstalling the cover).
TS-2000 Tank Gauge Interface
Remove the TS-LLD control unit cover & plastic shield, and reposition the blue
jumper links as shown in the diagram below. Do this when wiring to the discrete
input terminals of an
INCON model TS-2000 ATG.
TS-LLD Alarm Output ratings (from TB2-5) are:
+ 5 VDC, 60 milliAmps max. (resistive loads) — the output is from an Open
Collector transistor with a 270 ohm resistor tied to an internal + 5 V DC supply.
Figure 2.4-3 TS-2000 – TS-LLD Line Leak Detector Interface
NOTE
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