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HOLMARC OPTO-MECHATRONICS LTD

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4 Tesla Electromagnet Lab

1100000 INR/Piece

Minimum Order Quantity : 1 Units

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4 Tesla Electromagnet Lab Price & Specifications

Usage Laboratory Research

Test Width 150 mm

Test Stroke 200 mm

Test Speed 0 - 500 mm/min

Test Range 0 - 4 Tesla

Temperature 5A C - 40A C

Specimen Size Customizable (max 150 mm width)

Response Time <1 s

Resolution 0.001 Tesla

Power Supply 220V AC, 50 Hz

Port Size Standard Laboratory Interface

Operating Voltage 220V AC

Number of Specimens Up to 5

Mounting Type Bench-top

Measuring Range 0 - 4 Tesla

Max Height 450 mm

Machine Weight 140 kg

Interface Type USB, RS232

Humidity 10% - 90% RH

Frequency 50 Hz

Features High field uniformity, Low noise, Digital control

Display Type Digital LCD

Control Mode Digital Control

Capacity Max 4 Tesla field

Automation Grade Automatic

Application Material Magnetic Property Testing

Accuracy A 0.01 Tesla

<b>Equipment Type</b> Electromagnet Lab

Payment Terms Cash in Advance (CID)

Main Export Market(s) Asia, Middle East, Africa

Main Domestic Market All India

About 4 Tesla Electromagnet Lab Detail

EM7000S is a HOLMARC New Magnet LAB range high magnetic field PC controlled Dipole Electromagnet that can provide fields above 3.5 Tesla @5mm field gap. Designed to meet industrial, educational, and research needs of very high, uniform field strengths in a wide range of air gaps. The HOLMARC Magnet LAB range dipole electromagnet systems are intended to work based on automated PC controlled operations.

The EM7000S comes with a standard set of 125mm diameter poles that tapered into a 25mm. optimize maximum field but several pole options are available. HOLMARC can also design custom poles that achieve a specific performance. Poles are interchangeable and are available with an axial access bore.

Advanced High Field Strength

Engineered to reach up to 4 Tesla, the lab-grade electromagnet ensures accurate and consistent magnetic field application. Its high-grade soft iron core delivers exceptional field uniformity, enabling precise measurements for demanding research and testing environments.

User-Friendly Digital Control

The system offers both manual and automatic field control modes with quick response times of under one second. Digital LCD readouts display real-time field data, simplifying operation. Programmable via USB and RS232 interfaces, it accommodates modern laboratory workflows efficiently.

Comprehensive Safety and Compliance

Equipped with automatic overload and overheat protection, the electromagnet lab meets rigorous safety standards. The forced-air cooling system maintains optimal operating conditions, ensuring long-term reliability. Certified to CE standards, it fits seamlessly into accredited labs.

FAQs of 4 Tesla Electromagnet Lab:

Q: How do I adjust the magnetic field strength with this electromagnet lab?

A: Field strength can be adjusted either manually via onboard controls or automatically through the digital interface, offering precise tuning within a range of 0 to 4 Tesla.

Q: What types and sizes of specimens can be tested using this equipment?

A: The lab supports up to five specimens simultaneously. Specimen sizes are customizable, with a maximum test width of 150 mm, accommodating a wide range of research samples.

Q: Where is the ideal environment to operate the 4 Tesla Electromagnet Lab?

A: This equipment is intended for indoor laboratory use only, within temperature limits of 5C to 40C and humidity between 10% and 90% RH, ensuring safe and optimal performance.

Q: What are the main safety features included?

A: The electromagnet features automatic overload and overheat protections, as well as forced-air cooling, safeguarding both operator and equipment during intensive testing cycles.

Q: How does the electromagnet maintain high field uniformity?

A: A high-grade soft iron core and precision pole design deliver field uniformity better than 0.1% at the center, ensuring reliable and repeatable measurements across all tests.

Q: What are the benefits of digital control and interfacing options?

A: Digital LCD display, USB, and RS232 interfaces enable easy data access, fast adjustments, and seamless integration with laboratory data systems, enhancing workflow efficiency.