Electrical Instuments

OMICRON CP TD12 and CPC 100

Advanced Diagnostic Capabilities:

The OMICRON CP TD12 and CPC 100 test system performs precise measurements of insulation loss angle (tan δ), power factor, and capacitance across a wide range of high-voltage assets. It supports automated voltage and frequency sweeps, enabling detailed diagnostics that go far beyond single-frequency measurements. This broad frequency analysis allows users to better assess insulation condition and distinguish between moisture contamination in cellulose insulation and degradation or contamination of insulating oil. The system is suitable for transformers, bushings, instrument transformers, cables, and other high-voltage equipment, supporting both on-site and laboratory testing.

Easy-to-Use Interface:

The CPC 100 control unit provides an intuitive and user-friendly interface that simplifies complex insulation testing. Automated test routines, guided workflows, and clear result presentation allow operators of varying experience levels to perform accurate diagnostics efficiently and with minimal training.

High Accuracy and Reliability:

Engineered to OMICRON’s high quality and precision standards, the CP TD12 and CPC 100 deliver reliable, repeatable, and high-accuracy measurement results. The system ensures dependable performance during field testing, providing consistent results necessary for confident insulation condition assessment and maintenance decision-making.

Versatile Testing Applications:

This test system is suitable for a wide range of applications including factory acceptance testing, commissioning, routine preventive maintenance, and condition-based monitoring. Its ability to perform voltage and frequency sweeps makes it especially valuable for detailed insulation diagnostics of oil-filled and cellulose-based insulation systems.

Portable and Field-Ready:

Designed with field usability in mind, the system consists of two easily manageable units. The CPC 100 weighs approximately 18 kg, and the CP TD12 weighs approximately 24 kg, allowing each unit to be safely handled and transported by a single person. This compact and ergonomic design enables quick setup and efficient testing, even in challenging or remote locations.

Comprehensive Support:

When you rent the OMICRON CP TD12 and CPC 100 from us, you benefit from full technical support provided by experienced professionals. From initial setup and test configuration to result interpretation and troubleshooting, we ensure your insulation testing activities are carried out smoothly and accurately.

Preferred by Industry Experts:

Trusted by utilities, service providers, and industrial operators worldwide, the OMICRON CP TD12 and CPC 100 test system is a proven solution for advanced insulation diagnostics. Its detailed frequency-dependent analysis, portability, and reliable performance make it a preferred choice for professionals focused on long-term asset reliability.

Key Features:

• Accurate measurement of power factor, dissipation factor (tan delta), and capacitance

• Automated voltage and frequency sweep measurements for detailed insulation analysis

• Enhanced diagnostics to identify moisture in cellulose insulation and oil contamination

• Suitable for transformers, bushings, cables, and other high-voltage equipment

• Intuitive CPC 100 control unit with automated test routines

• Compact two-unit design with CPC 100 (18 kg) and CP TD12 (24 kg)

• Field-ready construction for on-site and laboratory testing

The OMICRON CP TD12 used together with the CPC 100 forms a comprehensive and highly reliable test system designed for detailed insulation condition analysis of high-voltage electrical equipment. By accurately measuring power factor, dissipation factor (tan delta), and capacitance, this advanced system delivers critical insight into insulation aging, moisture content, and contamination. Ideal for substations, power plants, and industrial environments, the CP TD12 and CPC 100 combination is an essential solution for predictive maintenance and asset condition assessment.