INSTRUCTIONS
1. Run all current carrying conductors through detector
window.
A. Use an auxiliary CT if conductors do not fi t. Consult
Factory for CT selection.
2. Mount the detector to a surface if needed.
3. Connect output & power wiring.
A. Use 22-14 AWG copper conductors rated 75°C
minimum. Tighten to 9 inch-pounds.
B. Make sure load matches the output shown on the
detectors’ label.
• Detectors labeled “xxAC” will only switch AC
load.
• Detectors labeled “xxDC” will only switch DC
load.
C. Make sure power supply matches the power input
shown on the label.
4. Test.
A. Pressing the “TEST” button tests the detectors
internal circuits. CAUTION: The output and any
connected loads will switch!
AG1-NCAC-120 -FS - 005
Model Number KeySpecifi cations
Quick “How To” Guide
Power Supply Notes
AG 1, 2 & 3 SERIES
Ground Fault Detectors
Solid State Auto-Reset
490100002 Rev 7
Output Type:
NCAC - Normally Closed 1 A @ 240 VAC
NOAC - Normally Open 1 A @ 240 VAC
NCDC - Normally Closed 0.15 A @ 30 VDC
NODC - Normally Open 0.15 A @ 30 VDC
Power Supply:
24U - 24 VAC/DC
120 - 120 VAC
240 - 200-240 VAC
Setpoint Range:
1 - 5-100 mA, Adjustable
2 - 80-950 mA, Adjustable
3 - Tri-Set, 5, 10 & 30 mA, Jumper Select
AG Series Ground Fault Detector
Power Supply 120 VAC (66-132 volts, 50-60 Hz)
2.5 VA consumption
240 VAC (200-240 volts, 50-60 Hz)
2.9 VA consumption
24 VAC or VDC (19-29 volts)
2.5 VA consumption
Green LED = Power supply energized
Setpoint Range AG1 Series: 5-100 mA fi eld adjustable
AG2 Series: 80-950 mA fi eld adjustable
AG3 Series: Tri-Set, 5, 10 & 30 mA,
jumper select
Isolation Voltage Up to 1500 VAC
Frequency Range 50-400 Hz (monitored circuit)
Output Rating Solid state AC switch: 1.0 A @ 120 VAC,
2 A @ 30 VDC
Solid state DC switch: 0.15 A @ 30 VDC
Response Time 150 ms @ 5% over setpoint
100 ms @ 50% over setpoint
50 ms @ 500% over setpoint
Dimensions 2.60”H x 3.86”W x 1.45”D
(66 x 98 x 37 mm)
Case aperture 0.75” (19 mm) diameter
Case UL94 V-0 Flammability rated
Environmental -4 to 122°F (-20 to 50°C)
0-95% RH, Non-condensing
Pollution Degree 2
Altitude to 6561 ft (2000 meters)
Listings UR/cUR, CE (Not all option combina-
tions are recognized. See product label.)
System Grounding
3511 Charter Park Drive, San Jose, CA 95136
Phone: 800-959-4014 oe 408-871-7510
Fax: 408-871-7515
All low-current Ground-Fault Detectors are sensitive devices
that require reasonable care in system design to avoid false
trips caused by high electrical noise levels. Keep in mind
that the best way to reduce noise in a system is to suppress
it at its source.
1. Keep the detector power isolated from noisy circuits.
2. Do not power the detector with the same circuit which
powers contactors or other high current, inductive loads.
Good design practice and code require that all AC power
systems be grounded. AG Series detectors are designed to
work on grounded AC power systems. They may not operate
properly on ungrounded systems.
Setpoint:
005 to 950 - Factory Adjusted
Setpoint in mA (specify
when ordering)
TR3 - Tri-Set, 5, 10 & 30 mA, Jumper
Select
Options:
FS - Normally Energized
NF - Normally De-energized
For products intended for the EU market, the following is applicable
to the CE compliance of the product:
The sensor may comply with EN 61010-1 CAT III 600 V max line-to-
neutral measurement category. If insulated cable is used for the primary
circuit, the voltage rating of the measurement category can be improved
according to the characteristics given by the cable manufacturer.
De-energize power before changing setpoint jumper position.
Warning! Risk of Danger
Safe operation can only be guaranteed if the sensor is used for the purpose it
was designed for and within limits of the technical specifi cations. When this
symbol is used, it means you must consult all documentation to understand
the nature of potential hazards and the action required to avoid them.
Warning! Risk of Shock
When operating the senor certain parts may carry hazardous live voltage
(e.g. primary conductors, power supply). The sensor should not be put into
operation if the installation is not complete.
