TEX AT SITE
Precision Testing for High Voltage Performance
Tex At Site provides fully mobile high voltage testing services across Australia. We ensure the safety, compliance, and reliability of critical electrical assets. Our technicians serve the electrical, mechanical, mining, and industrial sectors. They perform on-site testing of equipment up to 300kV.
Importantly, all testing aligns with AS standards. This helps reduce risk, maintain certification, and keep systems running at peak performance. As a result, our clients gain improved safety, ongoing compliance, and reliable high-voltage operations.
Equipment We Test
All live line equipment
Hard and soft cover equipment
HV proximity indicators
Insulating gloves and sleeves
Insulating mats and blankets
Live line and operating sticks
Portable earths
Rescue kits
Truck-mounted EWP vehicles and basket liners
Benefits of On-Site High Voltage Testing
Regular testing by Tex At Site ensures your equipment is functional, serviceable, and fully compliant with industry standards. Key benefits include:
Compliance with relevant industry standards and legislative requirements
Prevention of accidents, incidents, and near misses
Accurate tracking of asset registers via our database and scheduling systems
Reduced downtime with testing performed conveniently on-site
Peace of mind knowing your high voltage equipment is safe and operational
With over 20 years of experience, our technicians bring expert knowledge to every job, making Tex At Site a trusted choice for mobile high voltage testing and calibration services across Australia.
Mobile high voltage testing
Tex At Site delivers a fully mobile high voltage testing service across Australia, supporting diverse sectors including:
- Mining & Resources
- Civil, Construction & Infrastructure
- Manufacturing & Mechanical Engineering
- Electrical Utilities & Infrastructure
- Transport & Rail
Tex At Site delivers a fully mobile high voltage testing service across Australia, supporting a wide range of sectors including mining and resources, civil construction and infrastructure, manufacturing and mechanical engineering, electrical utilities, and transport and rail. Our experienced technicians bring precision testing of equipment up to 300 kV directly to your site—whether you’re operating in remote mine camps, busy urban infrastructure projects, heavy industrial facilities, railway depots, or power substations. As a result, we ensure minimal disruption, maximum efficiency, and reliable performance wherever your operations are located.
Why On-Site High Voltage Testing Matters
- True Mobility
Skip the transport risks and logistical hassle—our technicians and equipment come to you, wherever your site is across Australia. - Comprehensive 300 kV Testing
We test a full range of high-voltage assets:- Insulating gloves, sleeves, mats, blankets
- Hard‑ & soft‑cover equipment, live‑line and operating sticks
- Truck-mounted EWP vehicles & basket liners
- Transformer and insulating oils
- Portable earths, rescue kits, HV proximity detectors
- Electrical meters (calibration)
Testing complies with AS/NZS standards and relevant state regulations.
- Australian Safety & Standards Compliance
- Conforms to AS/NZS 3000:2018 Wiring Rules, mandated under Australian electrical installation law
- Meets AS 2067:2016 requirements for substations and HV equipment (>1 kV)
- Adheres to WorkSafe QLD guidelines for HV installation inspections
- Cost-Effective Compliance and Safety
Mobile testing minimises downtime, ensures traceable digital asset records, and supports audit-ready safety documentation. - Industry-Specific Expertise
Whether you operate in mining, civil works, manufacturing, utilities or transport/rail, our services safeguard your high-voltage assets and streamline compliance.
Partial Discharge Testing — Essential HV Asset Health Assessment
At Tex At Site, partial discharge (PD) testing is a vital component of our high-voltage asset condition monitoring services. It plays a key role in identifying early-stage insulation faults before they escalate into catastrophic failures. To design an effective PD testing schedule, we begin by analysing the P‑to‑F curve—the time between potential failure detection (P) and actual functional failure (F). As a result, this approach enables timely fault detection and intervention, which can be achieved through either periodic testing or continuous monitoring, depending on the asset’s risk profile and operational demands.
