Isolation Transformer
An Isolation Transformer is a specialized type of transformer designed to provide electrical isolation between the input and output circuits. It offers several benefits, including noise reduction, voltage regulation, and protection against electrical faults. Isolation transformers are widely used in various applications to ensure safety, improve system performance, and mitigate electrical hazards.
Key Features
Triple-Axis Servo Control
At the heart of the system lies independent servo motors for each axis, enabling simultaneous and precise control of vertical, horizontal, and lateral movements. This triple-axis control capability facilitates complex positioning tasks with superior accuracy and efficiency, enhancing overall productivity and versatility.
High-Speed Performance
Equipped with high-performance servo motors and advanced motion control algorithms, the positioner delivers rapid and responsive motion across all three axes. Whether executing rapid tool changes, indexing operations, or intricate assembly tasks, users can rely on the positioner to maintain optimal speed and precision.
Dynamic Load Handling
Despite its vertical orientation, the Three-Axis Vertical Servo Positioner boasts a robust construction capable of handling a wide range of payloads. From lightweight components to heavy machinery parts, the positioner ensures stable and consistent
Vertical Framework Design
The positioner features a vertical framework that provides a stable and adaptable structure for mounting workpieces, tools, or other equipment. This design maximizes vertical space utilization and enables seamless integration into production lines or work cells where vertical motion is essential.
Programmable Motion Profiles
Operators can easily program and customize motion profiles to suit specific manufacturing processes and applications. This flexibility enables adaptive positioning strategies tailored to different workpieces or production requirements, optimizing cycle times and enhancing overall process efficiency.
Integrated Safety Features
Safety is paramount in industrial environments, and the positioner incorporates various safety features to protect operators and equipment. Emergency stop functionality, overload protection, and collision avoidance systems safeguard against potential hazards, ensuring reliable and secure operation in diverse work environments.
Conclusion
Isolation transformers play a crucial role in ensuring electrical safety, improving system performance, and mitigating electrical hazards in various applications. With their electrical isolation, noise reduction, voltage regulation, and safety-enhancing features, they provide reliable power supply and protection for sensitive equipment, contributing to enhanced efficiency, productivity, and safety.
Isolation Transformer
| No. | Dyn 11 / DZNO* (Optional) | Vector Group | Better regulation with low impedance effect |
|---|---|---|---|
1 | Capacity | 3 - 500 KVA | • • • • • • |
2 | Related Standards | IS 2026, IS 11171 | High insulating materials and special shielding techniques are credited for the common |
3 | Input Voltage and Output Voltage | 415 / 415 / 200, 220 / 415V | mode and minimizing transverse mode noise |
4 | Efficiency @ 100% Load | > 95 to 99% Based on the Capacity | Designed with zig-zag construction, which |
5 | Regulation | 2-4% from 0.8 to Unity Power Factor | nullifies the harmonic current |
6 | <4% | Impedance | The core and its magnetic properties are |
7 | Delta / Star* | Connection | selected in such a way that it allows enough |
8 | Operating Load Power Factor | 0.75 Lagging to 0.75 Leading | leakage inductance to provide normal mode |
9 | DC Galvanic Isolation | >1000 Mega Ohms | power line noise, which is in sync with the |
10 | Dielectric Strength | 2.5KV, 50Hz for 1 Minute | transfer of fundamental power frequency. All |
11 | Coupling Capacitance | 0.1 Pico Farads | the higher frequencies are blocked |
12 | Line Leakage Current | <20 Micro Amps | Unique box shielding and other apt |
13 | Overload Inrush | 200% full Load for 10 to 30 mins based on winding material | techniques are used which block the |
14 | K-Factor | K1, K4, K13, K20 | transfer of electronic noise |
14 | Noise Attenuation | 100 DB upto 10Khz | Shield against strong lightening, impulse |
15 | Operating Temperature | 0 to 450C | noise, bus short-circuit, accidental |
16 | Insulation | Class F | discharge of capacitors, etc |
17 | Degree of Protection | IP 20 | Shield for the Neutral Harmonic Current and |
18 | Type of Cooling | Air Cooled | connected equipment will not be affected by |
19 | Metering | LCD Display as Optional | electrical noise, spikes, surges, etc |
20 | Type of Transformer | Dry Vaccum Imprignated | |
21 | Short Circuit Protection | MCB / MCCB Can be provided as an optional | |
22 | Cable Entry | Rear Side at the bottom | |
Notes
1. Rated payload within the radius of the main axis. It may vary from model to model.
2. Total Height of Workpiece and Fixture may varies upon model to models.
3. Rotation Disk is standard. It can be customized.
4. Positioner Payload available upto 10000kg on custmoized orders
Product Details Download
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