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Underground Utility Locators

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₹8,731 - ₹11,681
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green checkMaterial : Alluminium Alloy Body
green checkType of Product : Fiber optic visual fault locator
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green checkWeight : 55 g
green checkDimension : Length 157 mm, diameter 13.5 mm
green checkType of Product : Fiber Optic Visual Fault Locator
green checkBattery : 2 x AAA (not included)
green checkStorage Temperature : 0 C ~ 50 C
green checkWave Length : 650 nm
green checkLight Source : Class III A laser diode
green checkLaser power : 0,5 mW
green checkHousing : copper
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green checkType of Product : Voltage Stud Detector
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green checkDimension : 190 x 85 x 50mm
green checkType of Product : Cable locator
green checkOperating Humidity : Max. 80% relative
green checkOperating Temperature Range : 0°C to +40°C
green checkFrequency Range : 0 - 60 Hz
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Bosch GMS 120-27 Professional 120 mm Digital Multi Mode Deductor Wall Scanner ₹7,315 24 hrs 0.65% OFF
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This data was last updated on 15/06/2025

A Comprehensive Guide On Underground Utility Locators

The Underground Utility Locator is an essential tool for professionals specialized in identifying and marking the location of buried utility lines and infrastructure. These lines may include electrical cables, gas pipes, water mains, telecommunications cables, and more. They play a crucial role in preventing accidental damage to underground utilities, reducing the risk of service disruptions, and ensuring the safety of workers and the general public.

What is the primary role of underground utility locators?

Its primary role of it is to accurately identify and mark the location of buried utility lines and infrastructure. They are utilized as advanced technology equipment, such as underground cable locators, sensors, and scanners, to ensure the safety and efficiency of construction projects and excavation work. Here are some key points to understand:

i) They play a crucial role in preventing accidental damage to underground utilities, which can lead to service disruptions, safety hazards, and costly repairs.
ii) By utilizing detectors and sensors, they can effectively locate various types of buried utility lines, including electrical cables, gas pipes, water mains, and telecommunication cables.
iii) The accurate marking of these utility lines helps construction crews and excavators work safely and avoid potential hazards.
iv) They provide valuable information that enables project managers and contractors to plan and execute their work more efficiently.
v) By using their expertise and specialized equipment, they contribute to the overall safety and success of construction projects and excavation activities.

If you're looking to purchase detectors or related equipment, you can explore options like hand-held metal detectors or underground pipe locators. Additionally, you may also be interested in other tools like AC power supplies and DC power supplies, which are relevant for utility locating purposes.

What are the types of underground cabel locators?

When it comes to locators, different types of equipment and tools are used to accurately detect and locate buried utility lines and infrastructure. Here are some common types of locators:

1) Metal Detectors : Detectors are essential tools for locators. They use electromagnetic signals to detect metal objects, such as pipes and cables, buried underground. These devices come in various models, including hand-held metal detectors.
2. Ground Penetrating Radar (GPR) : GPR systems use radar technology to create subsurface images. They can identify variations in material density and locate buried utilities based on reflected signals. GPR is particularly useful for identifying non-metallic utilities like plastic pipes.
3. Pipe and Cable Locators : These locators use electromagnetic signals to trace the path of buried pipes and cables. They can detect the presence and approximate location of underground utilities by transmitting and receiving signals through conductive materials.
4. Utility Marking Paint : While not a locator itself, utility marking paint is commonly used in conjunction with locators.


If you're interested in purchasing locators or related equipment, you can explore options such as detectors and GPR systems. Additionally, you may also need other tools like AC power supplies, 
clamp meters, and DC power supplies which can be helpful for utility locating purposes.

How to maintain underground cabel locators?

Maintaining locators is crucial for ensuring their optimal performance and longevity. Here are some key steps to consider for maintaining locators:

a) Battery Maintenance : Check and replace batteries as needed to ensure uninterrupted operation. Consider using high-quality batteries for optimal performance.
b) Storage : Store the locators in a dry and safe location, protected from extreme temperatures and humidity.
c) Preventive Maintenance :  Schedule regular maintenance checks with authorized service centres or professionals to identify and address any potential issues or wear and tear.
d) Software and Firmware Updates : Keep the locator's software and firmware up to date by installing updates provided by the manufacturer. This ensures access to the latest features and improvements.

If you require additional tools for maintenance purposes, you can explore options like AC power supplies, DC power supplies, power meters and analyers
. These tools can aid in troubleshooting and verifying the functionality of locators. When searching for locators or related equipment, you can find a variety of options, including detectors, hand-held metal detectors, and metal scanners.

How do underground utility locators work?

They work by utilizing specialized tools and equipment to detect and locate buried utility lines. Here's a breakdown of how locators work:

i) Detectors : Detectors are commonly used by locators. These devices emit electromagnetic signals and analyze the response they receive to detect metallic objects buried underground. The locators carefully scan the area to identify any changes in the signal that indicate the presence of buried pipes, cables, or other metallic infrastructure.
ii) Ground Penetrating Radar (GPR)  : GPR systems use radar technology to create subsurface images. They emit electromagnetic pulses into the ground and measure the signals that bounce back. By analyzing these signals, locators can identify variations in material density and detect both metallic and non-metallic utilities.
iii) Pipe and Cable Locators : These locators use electromagnetic signals to trace the path of buried pipes and cables. By transmitting and receiving signals through conductive materials, they can detect the presence and approximate location of underground utilities. The locators analyze the signals and provide visual or audible indications to the operator, helping them pinpoint the utilities' location.
iv) Utility Marking Paint : After identifying the location of buried utilities, locators use utility marking paint to mark the detected utilities' positions on the ground. This visual marking helps construction crews and excavators work safely and avoid accidentally damaging the utilities.

If you're interested in purchasing locators or related equipment like detectors, you can find a variety of options available, including hand-held metal detectors, and underground metal detectors. Prices for these devices can vary, so it's advisable to research and compare prices to find the best option for your needs. Additionally, you may also consider other tools like AC power supplies, and DC power supplies, which can be useful for utility locating purposes.

Frequently Asked Questions Related to Underground Utility Locators:

1. How accurate are underground utility locators in detecting buried utilities?

Locators can provide accurate results in detecting buried utilities. However, the accuracy can vary depending on factors such as the type of equipment used, the expertise of the locator, and the conditions of the site. It is important to hire experienced professionals and utilize advanced technology for the best possible accuracy.

2. Can underground utility locators detect non-metallic utilities?

Yes, locators can detect non-metallic utilities using ground penetrating radar (GPR) technology. GPR systems emit electromagnetic pulses that can penetrate different materials and create subsurface images. This enables the locators to identify variations in material density and detect non-metallic utilities like plastic pipes or fibre optic cables.

3. What are the potential risks of not using underground utility locators?

Not using locators can pose various risks, including:

i) Accidental damage to underground utilities led to service disruptions and costly repairs.
ii) Safety hazards for workers and the general public due to potential gas leaks, electrical shocks, or other utility-related incidents.
iii) Legal and financial consequences for damaging public or private infrastructure.
iv) Delays in construction projects and increased costs due to unplanned utility relocations or repairs.