MAP-02 Automatic Heater Testing Machine
The robust design and intuitive touch screen interface make the MAP-02 an indispensable component in any electric heater quality control process seeking maximum efficiency and precision. Its ability to synchronize with the heater swaging machine speed ensures a continuous, uninterrupted workflow, minimizing bottlenecks and maximizing productivity.
The MAP-02 Automatic Resistance and High Voltage Testing Machine is a state-of-the-art equipment designed for the inspection and quality control of tubular heating elements after swaging. This industrial high-voltage tester integrates perfectly into automated production lines, offering an efficient and precise solution for defect detection. Its main function is to automatically receive tubular heaters, perform exhaustive resistance and dielectric strength (hi-pot) tests, and classify the elements as "passed" or "failed" autonomously. The MAP-02 heater fault detection machine ensures that only products meeting the strictest quality standards advance to subsequent manufacturing stages, while non-conforming elements are diverted for manual removal. This machinery for heater element manufacturing is essential for optimizing production and ensuring the reliability of the final product.
The MAP-02 automatic testing machine offers a series of features and advantages that position it as a key tool in the automation of industrial electrical testing for heating elements.
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Complete Process Automation: From element feeding to classification, the MAP-02 operates autonomously, reducing the need for manual intervention and freeing up personnel for higher-value-added tasks. This translates into a significant reduction in operating costs and an improvement in the overall efficiency of the production line.
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Comprehensive Defect Detection: It performs critical tests for resistance, high voltage (hi-pot), and length, covering the essential parameters for the quality and safety of heating elements. This automatic insulation and continuity testing capability ensures the early detection of potential faults, preventing defective products from reaching the market.
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High Precision and Repeatability: Control via PLC and touch screen guarantees consistent and reliable measurements, eliminating human error and ensuring that each heating element is evaluated under the same rigorous criteria. This is fundamental for maintaining product uniformity and brand reputation.
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Seamless Integration: Designed to synchronize with the swaging machine, the MAP-02 adapts to the production speed, maintaining a continuous and optimized workflow. This integration is vital for modern production lines seeking to maximize performance.
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Space and Energy Consumption Optimization: With a compact footprint of 1200x600x1200 mm and a weight of 400 kg, the machine is easy to integrate into any manufacturing plant. Additionally, its low energy consumption of 1.1KW makes it an energy-efficient option.
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Parameter |
Specification |
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Tube to be Detected |
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- Tube Length |
200 - 6000 mm |
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- Tube Diameter |
Synchronized with the swaging machine |
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Detection Capabilities |
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- Test Parameters |
Resistance, Dielectric Strength (Hi-Pot), Length |
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Control and Operation |
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- Control Mode |
PLC + Touch Screen |
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- Detection Speed |
Synchronized with the swaging machine |
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Physical and Electrical Characteristics |
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- Suitable Tube Type |
Round Tube |
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- Power |
1.1 KW |
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- Voltage |
Three-Phase 380V / Three-Phase 220V / Single-Phase 220V |
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- Volume (L x W x H) |
1200 x 600 x 1200 mm (1 meter) |
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- Weight |
400 KG |
The MAP-02 automatic testing machine is designed to be a key component in the automation of industrial electrical testing, facilitating integration into heater element production lines. Its ability to automatically detect the feeder and send the element to the testing process, followed by intelligent classification, optimizes workflow and reduces manual intervention. This integration not only accelerates the quality control process but also minimizes errors and ensures unparalleled consistency in production. For companies looking to improve their operational efficiency in heater manufacturing, the MAP-02 represents a strategic investment. When searching for manufacturing process optimization solutions, the machine's ability to synchronize with the swaging machine speed is a crucial differentiating factor, allowing for continuous performance without interruptions. The implementation of this heater tube inspection equipment directly contributes to waste reduction and increased production capacity, which are key elements for success in today's competitive market.
The quality control of electric heaters is a fundamental pillar in heater manufacturing, and the MAP-02 automatic testing machine plays a vital role in this aspect. Performing resistance and dielectric strength (hi-pot) tests is not just a quality measure, but a guarantee of safety for the end-user and compliance with industrial regulations. A faulty heating element can pose safety risks, such as short circuits or insulation failures, in addition to inefficient performance. The MAP-02, as an automatic dielectric strength tester, ensures that each element complies with the necessary insulation standards to operate safely and efficiently. This rigorous testing process is crucial for brand reputation and for avoiding costly claims or product recalls. By highlighting the importance of safety in heating elements and compliance with industrial regulations, companies can position their products and processes as market leaders, attracting clients who value reliability and superior quality. Investing in a heater fault detection machine like the MAP-02 is an investment in customer confidence and operational excellence.
FAQ
What are the configurable parameters in the High Voltage (Hi-Pot) test?
The MAP-02 allows total control over the dielectric strength test, adapting to international standards such as IEC or UL. The adjustable technical parameters from its touch screen include:
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Output Voltage: Configuration of the required test voltage (AC/DC) according to the heating element design.
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Leakage Current Limit (Trip Current): Adjustment of sensitivity in milliamps (mA) to determine the exact threshold for rejection due to insulation failure.
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Test Time: Precise timing of the high-voltage application duration.
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Ramp Times: Control of the gradual voltage increase to avoid voltage spikes that could damage the tube's mineral insulation.











