An RFID ball marker is a small, spherical object containing an RFID chip that is buried underground to mark the location of a utility line, cable, or other buried infrastructure, allowing for easy identification and location using a dedicated RFID reader, essentially acting as a “beacon” to pinpoint the exact spot of the buried asset; it is commonly used in construction, maintenance, and repair operations to prevent damage to underground utilities.
- Function:When scanned with a compatible reader, the RFID chip within the marker transmits a unique identification code, allowing for precise location of the buried utility.
- Application:Typically used for marking underground cables, pipes, fiber optic lines, manholes, and other buried infrastructure.
- Benefits:
- Accurate location: Provides a precise location of buried utilities, reducing the risk of accidental damage during excavation.
- Time saving: Streamlines the process of locating underground assets, saving time and labor costs.
- Data storage: Some RFID markers can store additional information like asset details or installation dates within the chip.
- Technology:The RFID chip embedded in the marker is activated by a radio frequency signal from a dedicated reader, allowing for contactless identification.
Omni Marker Electronic Ball Marker
The Omni Markers provide an improved method to electronically mark and locate underground facilities. Unlike other passive electronic marking devices that use just a single coil, the Omni Markers contain three orthogonal tuned circuits. When excited by any standard marker locator, these passive circuits produce a uniform, spherical RF field in every direction. Because of their unique patented design, the Omni Marker electronic cable marker offers benefits that are superior to any other electronic marking system.
Easily located up to five feet away – The Omni Marker provides 25% greater range than traditional 4-inch ball markers. It produces a wider field that is easy to find months or years later, with a signal peak directly above the marker for precise location within inches. This wider field and better range means faster and more reliable locates in any terrain.
No need to stay level when buried – Because it produces a spherical field, the Omni Marker does not require any particular orientation when buried. As a result, there’s no need for the Omni Marker to be level in the ground like flat-style electronic markers. Just toss the Omni Marker in the trench or excavation and cover it up with normal backfill. Additionally, the Omni Marker’s unique shape allows it to fit easily into a standard 4 – inch trench with no extra digging.
Lightweight, with no hazardous chemicals – The Omni Marker contains no floating or moving parts or chemicals. This eliminates the need for material safety data sheets. Plus, the Omni Marker’s durable, lightweight design keeps your shipping and storage costs low while giving you years of reliable service.
Passive, high reliability design assures many years of service – The Omni Marker contains no batteries or active components, and the proven high reliability design means these markers will last as long as your buried plant.
Compatible with all marker locators– Because Omni Markers use industry standard frequencies, they will work with any electronic marker locating devices.
Ideal for use in:
- Buried splices and load coils
- Buried service drops
- Pipe ends
- Conduit stubs
- Road crossings
- Cable paths
- Fiber optic facilities
- Manholes under pavement or grade changes
- Snow-covered installations
- Military caches
- Survey points
- Septic installations
- Repair points
- Non-metallic lines
BURIED PIPE & CABLE LOCATOR
The latest equipment for detection of buried utilities prior any form of excavation.
. The updated cable avoidance tool series are loaded with latest features to find more buried metallic utilities by
delivering significantly improved levels of performance and helping to reduce the effects of human error.
. When used in conjunction with the When used in conjunction with the equipment becomes a versatile locator for deeper
and harder to detect pipes and cables for complex locate tasks.
. The Dual 33+131kHz combined frequency will assist in the detection of smaller buried cables such as telecoms, sheathed
fiber optics and street lighting spurs.
. Cable Avoidance Tools are driven by powerful digital signal processor technology, advanced software programming and
deliver improved signal detection sensitivity” and Automatic Noise Rejection to detect smallest of signals even when
locating in the most difficult areas of high service density and electrical noise.
. Intelligent features such as an Automatic Daily Self-Test function, Alarm for shallow cables detected and a Dynamic \
Swing Sensor help ensure that the best working practices are adhered to and are being applied on-site.
OTDR
The GT100 OTDR is a versatile and high-performance OTDR designed for accurate fiber optic testing.
GT100 OTDR: Precision Fiber Testing
The GT100 OTDR delivers high-performance fiber optic testing with dual-wavelength (1310/1550nm) operation and a 24/22dB dynamic range for accurate long-distance diagnostics up to 64km.
Featuring a 4.3-inch display for clear data visualization and a 4,000mAh battery for extended field use, it’s built for reliability. Its 4-in-1 design includes a Visual Fault Locator (VFL) and light source, making the GT100 a complete solution for fiber network installation and maintenance.
OTDR Spec
Wavelength: 1310nm±20nm, 1550nm±20nm | Single Port
Dynamic Range: 24/22dB (1310/1550nm)
Event Dead Zone: 2.5m
Attenuation Dead Zone: 10m
Distance Scale Range 500m/1km/2km/4km/8km/16km/32km/32km/64km
Pulse Width: 5ns~10us
Accuracy: ±(1m+interval+0.005%*test distance)
Linearity: ±0.2db/db
Sampling Point: 16k~128k
Sampling Resolution: 0.05m~8m
Sampling Resolution: 0.05m~8m
Sampling Resolution: 0.05m~8m
Loss: 0.01dB
Loss Threshold: 0.20dB
Distance Resolution: 0.01m
Refractive Index: 1.000000~2.00000
Reflecting Specularity: ±3db
File Format: SOR, BMP
Loss Test Method: 4 point method/ 5 point method
Laser Class 2: Laser Class 2
Available Connector Type: Select UPC or APC, Select SC or FC or LC
Light Source
Wavelength: Same as OTDR
Output Power: ≥-5dbm
Stability: CW,±0.5db/15min (After 15min from Booting Time)
Optical Connector: UPC or APC
Output Types: CW/270Hz/330Hz/1kHz/2kHz
OPM
Wavelength: 800nm~1700nm
Calibrated Wavelength: 850/980/1300/1310/1490/1550/1625/1650nm
Range: -70~+6dbm(Optional)/-50~+26dbm(Standard)
Resolution: 0.01db
Accuracy: ±5%
Optical Connector: Universal Connector
Light Source Spec
Wavelength: Same as OTDR
Output Power: ≥-5dbm
Stability: CW,±0.5db/15min (After 15min from Booting Time)
Optical Connector: UPC or APC
Output Types: CW/270Hz/330Hz/1kHz/2kHz
VPM Spec
Wavelength: 650nm±20nm
Output Power: ≥10mW
Export Type: CW/1Hz/2Hz
VFL Port: Universal Connector
Package Contents
GT100 OTDR
Soft Case
OTDR Certificate
USB-C Adaptor
CABLE FAULT LOCATOR
Cable fault locator is designed for ease of use. It combines time domain reflectometer (TDR),
pulse reflection testing for locating distance to fault upto 16 kms of faults on telecom / signalling cables,
low voltage cables, ship wiring, mining cables . Fault types which can be located include open/short,
cross faults, earthing and intelligent bridge testing (Bridge) for poor insulation /wet cable sections.
Automatic & Easy to use – Simply select the modes which you are going to use.
Distance, VOP, Gain and Range are automatically selected and adjusted as you scan the cable.
Just move the cursor to the fault to pinpoint its location.
Built in Data Storage – data transfer through built in USB port.
Features
Data Storage via USB
16 Km Distance Range
Automatic Pulse Width Adjustment
Zero Dead Zone
Bridge for Low Insulation Faults
Locate Open, Shorts, Taps, Wet Sections, Cross & Earth
4.3 inch colour LCD Display
Specification
Specification
Max Range
16Kms
Dead Zone
0m
Accuracy
+/1-m
Pulse Width
Pulse width: 40ns-10µs with automatic adjustment
Vop
100 ~300 m/us
Distance to fault
Auto
Pulse Test Voltage
30 V
Bridge Test Mode
Yes
Max Poor Insulation Resistance
100 MO
GT60 | Core Alignment
Introducing the GT60, an advanced core alignment fusion splicer that sets a new industry benchmark.
GT60: Next-Level Fusion Splicing
Meet the GT60, a cutting-edge core alignment fusion splicer redefining industry standards. With a 5-inch touch screen and intuitive interface, it delivers fast, precise splicing in just 5 seconds and 13-second heating—perfect for users of all skill levels.
Equipped with a detachable SOC holder and a 9000mAh battery, it powers through 450 splicing cycles per charge, ideal for fieldwork. Plus, the high-precision fiber cleaver ensures seamless operation.
Built to last with 128 splice modes, 10,000 record storage, and a 3-year warranty, the GT60 is the ultimate fiber splicing solution.
GT40 | Clad Alignment
Introducing the GT40, an advanced active V-groove clad alignment fusion splicer that sets a new industry benchmark.
GT40: Precision Meets Efficiency
The GT40 is a next-gen active V-groove clad alignment fusion splicer, built for speed and accuracy. With a 5-inch touch screen and intuitive interface, it delivers 5-second splicing and 13-second heating, making it effortless for users of all skill levels.
A detachable SOC holder and 9000mAh battery power 450 splicing cycles per charge, perfect for fieldwork. Plus, the high-precision fiber cleaver ensures seamless, reliable splicing.
With 128 splice modes, 10,000 record storage, and a 3-year warranty, the GT40 is your go-to fiber splicing solution.