Adiradh offers advanced dual-channel time domain reflectometers TDR2010 designed for precise cable fault analysis and network testing. Moreover, this instrument supports fast fault location, therefore reducing outage time and inspection effort. In addition, dual-channel operation allows simultaneous comparison, thus improving diagnostic accuracy. Also, the compact design supports field and laboratory use. Furthermore, clear signal processing ensures reliable distance measurement across different cable types. However, the system remains simple to operate, consequently reducing training time. As a result, engineers can perform repeatable tests with confidence. Additionally, high sampling resolution improves event visibility. Therefore, impedance changes, reflections, and discontinuities are clearly identified. Moreover, the device supports preventive maintenance programs. Thus, network reliability improves over time. Finally, the TDR2010 integrates smoothly into routine maintenance workflows. Consequently, utilities, industries, and service teams gain consistent fault location capability using a single advanced dual-channel time domain reflectometer. This structured approach ensures stable testing results across varied operating conditions and environments worldwide.
The Advanced dual-channel time domain reflectometers TDR2010 provide accurate fault location by analyzing reflected signals along cables. Moreover, the system transmits controlled pulses and measures return time, therefore calculating distance to faults. In addition, dual-channel architecture allows parallel testing of two conductors or reference comparison. Also, wide dynamic range supports short and long cable measurements. Furthermore, adjustable pulse width improves resolution for different cable lengths. However, automatic scaling ensures readable traces, consequently simplifying interpretation. As a result, operators can quickly identify opens, shorts, splices, and impedance changes. Additionally, the display presents clear waveforms for precise analysis. Therefore, troubleshooting time is reduced. Moreover, robust construction supports on-site testing conditions. Thus, the TDR2010 fits both routine maintenance and fault investigation tasks. Finally, compatibility with multiple cable types makes it suitable for power, control, and communication networks.
Datasheet for TDR2010
User Guide for TDR2010
The Advanced dual-channel time domain reflectometers TDR2010 are engineered using high-speed sampling and precision timing circuits. Moreover, the unit employs controlled rise-time pulse generation, therefore ensuring accurate reflection detection. In addition, impedance matching algorithms reduce measurement error. Also, dual independent input channels support simultaneous acquisition and comparison. Furthermore, internal memory stores waveform traces for later evaluation. However, adaptive gain control stabilizes signal amplitude, consequently improving repeatability. As a result, technicians can analyze propagation velocity, attenuation, and reflection coefficients. Additionally, calibrated distance scaling supports metric and time-based analysis. Therefore, fault localization accuracy remains consistent. Moreover, ruggedized housing protects internal electronics. Thus, the instrument withstands field usage. Finally, standardized interfaces enable data transfer and documentation for maintenance records and technical reporting requirements.
The Advanced dual-channel time domain reflectometers TDR2010 use time domain reflectometry technology for cable diagnostics. Moreover, high-speed digitizers capture reflections with fine resolution, therefore improving fault discrimination. In addition, dual-channel processing allows comparative analysis, thus increasing confidence in results. Also, selectable pulse parameters adapt to various cable impedances. Furthermore, noise filtering enhances waveform clarity. However, simple user controls reduce setup complexity, consequently saving time. As a result, testing efficiency improves during maintenance operations. Additionally, accurate distance calculation supports faster repair planning. Therefore, service interruptions are minimized. Moreover, repeatable measurements support trend analysis. Thus, preventive maintenance strategies become more effective. Finally, consistent performance across environments ensures dependable operation for utilities and industrial users.
Dual-channel time domain reflectometry operation
High-speed sampling for accurate fault detection
Adjustable pulse width and amplitude
Clear waveform display with distance scaling
Support for multiple cable impedances
Internal storage for test results
Power cable fault location
Control and instrumentation cable testing
Communication cable diagnostics
Preventive maintenance inspections
Commissioning and acceptance testing
Faster fault location and reduced downtime
Improved accuracy through dual-channel comparison
Simple operation with clear results
Reliable performance in field conditions
Consistent measurements for maintenance planning
Adiradh Energy offers Advanced dual-channel time domain reflectometers – TDR2010 in India; Hyderabad; Visakhapatnam; Vijayawada; Chennai; Puducherry; Trichy; Coimbatore; Hosur; Bangalore; Hubli; Mysore; Cochin; Kolkata; Pune; Goa; Mumbai; Thane; Kanpur; Jaipur; Nagpur; Delhi; Noida; Gurugam; Bhopal; Vadodara; Ahmedabad; Chandigarh; Chandigarh; Tata Nagar; Raipur; Rudrapur; Durgapur; Kharagpur; Raigarh; Bhilai; Angul; Haldia; Jabalpur; Indore; Jamshedpur; Rajahmundry; Bokaro Steel City; Salem; Kochi; Rourkela; Ahmedabad ;Jamnagar; Bharuch; Sri City; Nashik; Haridwar; Mathura; Aurangabad; Bhubaneswar and other cities
Adiradh Energy Pvt.Ltd
Lakshmi Nilayam, #15-29-887/C2,
Rd Number 2, Kukatpally Housing Board Colony,
Hyderabad, Telangana 500072
Mobile : 9440761200
Land line : 04023051200
info@adiradh.com
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