Specification

Step 1:
Verify power and signal on circuit
Step 2:
Complete one full 1
st
pass around
the panel allowing the receiver to
determine the strongest signal
(multiple beeps and green lights)
Step 3:
Complete one full 2
nd
pass around
the panel allowing the receiver to
identify the breaker protecting the
circuit (single beep and green light
over the specific breaker)
Step 1:
Verify power and signal on circuit
Step 2:
Complete one full 1
st
pass around
the panel allowing the receiver to
determine the strongest signal
(multiple beeps and green lights)
Step 3:
Complete one full 2
nd
pass around
the panel allowing the receiver to
identify the breaker protecting the
circuit (single beep and green light
over the specific breaker)
Step 1:
Verify power and signal on circuit
Step 2:
Complete one full 1
st
pass around
the panel allowing the receiver to
determine the strongest signal
(multiple beeps and green lights)
Step 3:
Complete one full 2
nd
pass around
the panel allowing the receiver to
identify the breaker protecting the
circuit (single beep and green light
over the specific breaker)
Step 1:
Verify power and signal on circuit
Step 2:
Complete one full 1
st
pass around
the panel allowing the receiver to
determine the strongest signal
(multiple beeps and green lights)
Step 3:
Complete one full 2
nd
pass around
the panel allowing the receiver to
identify the breaker protecting the
circuit (single beep and green light
over the specific breaker)
Locating breakers is often a two person job, one turning off breakers, the other waiting to see when a specific circuit is de-energized.
It is frequently done by trial and error, or even by dangerously grounding or shorting a wire to trip a breaker.
When locating breakers becomes needlessly time consuming and shortcuts are taken, nobody wins. It was with this
challenge in mind that IDEAL developed the Digital Circuit Breaker Finder.
The patented 61-534 Digital Circuit Breaker Finder from IDEAL makes locating breakers in AC circuits quick and easy. No need to in-
terrupt the supply – simply plug the transmitter into an outlet, then two quick passes of the receiver over the breakers will reveal the
associated breaker with clear audible and visual indicators. Safer, reliable taking the guesswork out of circuit identification.
Identification of the circuit controlling the equipment to be serviced with the SureFind Circuit Breaker Finder
Step 1: Verify power and signal on circuit
Step 2: Complete one full first pass around the panel
allowing the receiver to determine the strongest signal
(multiple beeps and green lights).
• Tester gives audible sound on several breakers on the first pass
Step 3: Complete one full second pass around the panel
allowing the receiver to identify the breaker protecting
the circuit (single beep and green light over the specific
breaker).
• On 2nd pass tester only gives audible sound on only one breaker
For more information go to
www.breaker-finder.com
NOT RECOMMENDED
Dangerously grounding or shorting a wire to trip a breaker.
• Plug in transmitter
• Verify receiver is working
• Receiver performs self test
• Both lights are lit
• Receiver working audible
• Tone and green light flashes
A two person job, one turning off breakers, the other
waiting to see when a specific circuit is de-energized.
CIRCUIT BREAKER FINDER
12/18
Printed in U.S.A.
Form No. P-2629
©2018 IDEAL INDUSTRIES, INC.
IDEAL INDUSTRIES, INC.
1375 Park Avenue, Sycamore, IL 60178, USA / 815-895-5181 • 800-435-0705 in USA
International offices:
Australia • Brazil • Canada • China • France • India • Germany • Mexico • UK
For complete sales office contact information, visit us at:
www.idealind.com
IDEAL INDUSTRIES, INC.
®
System
• Warranty: Two-year limited warranty. See
www.idealind.com for warranty
details.
Receiver
• Dual function - acts as a Non-Contact Voltage
Tester and Breaker Finder
• Ergonomic Angled Tip Design w/ flat surface to
support correct receiver orientation when
scanning the panel
Features & Specifications Transmitter
• Triple function - acts as a Signal Transmitter, Polarity Indicator and GFCI Receptacle Tester
• Tests for correct wiring, open ground, reverse polarity, open hot, open neutral, hot on neutral, hot and ground
reversed with open hot in 3 wire, AC circuits
• 3-pin plug format allows direct connection to standard NEMA 5 15R receptacles
• Compatible with the latest generation of self-testing GFCIs
• Power Supply: Line powered (115-120VAC)
• Supply Frequency: 47-63Hz
• Weight: 50g approx.
Description Part No.
Circuit Breaker Finder w/Digital Receiver & GFCI Circuit Tester 61-534
• Pulse Amplitude: 18A approx. @ 120V
• Pulse Rate: 4ms every 17ms (@ 60Hz)
• Power Consumption: 200mW max. @ 120VAC
• Visual and audible indicators
• Low battery detect
• Auto Power off (after 10 mins. of no activity)
• Power Supply: 9V Alkaline Battery
• Weight: 85g (without battery)
• Certification: UL 1436
• Use Environment: Cat II 300V
• Operating Temperature: 32 to 122°F (0 to 50°C)
Step 1:
Verify power and signal on circuit
Step 2:
Complete one full 1
st
pass around
the panel allowing the receiver to
determine the strongest signal
(multiple beeps and green lights)
Step 3:
Complete one full 2
nd
pass around
the panel allowing the receiver to
identify the breaker protecting the
circuit (single beep and green light
over the specific breaker)