Technical Specification
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Model
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Metrix+ FH 2
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Measuring range
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32.0 ~ 42.9C ( 89.6oF ~ 109.22oF )
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Accuracy
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<0.3C / 0.5F
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Resolution
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0.1C / 0.1 F
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Test Distance
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5 ~ 15cm
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Ambient operating range
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10 ~ 40oC , < 85% RH
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Storage temperature
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-20 ~ 60oC , < 85% RH
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Dimensions
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152 x 130 x 38mm
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Weight
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140g
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Power
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9V 6F22
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Standard Accessories
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Main unit, Battery, Operational Manual
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High Performance for Industrial ApplicationsOur Crane and Brake Motors are tailored for demanding environments such as material handling and lifting operations. Their robust construction and IP55 protection ensure reliable performance in factories and warehouses, where safety and durability are paramount. These motors excel in diverse installations, delivering smooth starts and consistent operation under heavy loads, which is crucial in EOT cranes, hoisting equipment, and conveyor systems.
Flexible Mounting and Efficient CoolingYou can select between foot or flange mounted configurations to match your application requirements. The motors' totally enclosed fan cooled (TEFC) design maintains optimal temperature, preventing overheating and reducing downtime. With Class F insulation, they provide superior thermal resistance, guaranteeing a long motor lifespan even during continuous or intermittent duty cycles. Their sturdy casing ensures protection against dust and water ingress, supporting operational integrity.
Versatile Power and Speed OptionsThese motors offer a wide spectrum of input power ratings, from 0.5 HP to 20 HP, and operate at speeds between 750 to 3000 RPM, making them suitable for diverse mechanical setups. Multiple pole selections (2, 4, 6, 8) allow for application-specific customization, ensuring precise motion control. Operate seamlessly within 415 V and either 50 Hz or 60 Hz, giving you dependable power, efficiency, and adaptability in complex industrial processes.
FAQ's of Crane And Brake Motors:
Q: How do Crane and Brake Motors enhance the safety of EOT cranes and hoists?
A: These motors are equipped with AC/DC electromagnetic brakes that offer rapid and secure stopping capabilities, essential for safety in lifting applications. The IP55 protection class shields against dust and water ingress, while Class F insulation ensures reliable operation even during continuous or intensive use.
Q: What mounting options are available for these motors, and how do I choose the right one?
A: You can opt for either foot or flange mounted configurations. The choice depends on your machine design and installation requirements: foot mounting offers stability on flat surfaces, while flange mounting suits vertical or compact assemblies, making installation flexible and straightforward.
Q: When should I use a motor with different pole counts (2, 4, 6, or 8 poles)?
A: Pole count affects motor speed: 2-pole motors run at higher RPM for fast operations, while motors with more poles (4, 6, 8) deliver lower speeds with higher torque. Choose based on the speed and torque needed for your application, such as faster lifting or more controlled movement.
Q: Where are these motors typically installed?
A: These motors are widely used in industrial environments across India, particularly in EOT cranes, hoists, lifts, and conveyors found in manufacturing plants, warehouses, and logistics hubs. Their rugged build and adaptable mounting facilitate reliable installation in diverse settings.
Q: What is the process for selecting the correct motor for my application?
A: Assess your machinery's load, required speed, and operating cycle. Then, choose a model with a suitable pole configuration, power rating (0.5 HP to 20 HP), and duty cycle (S4/S1). Also, consider ambient temperature and mounting requirements to ensure peak compatibility and performance.
Q: How do the totally enclosed fan cooled (TEFC) design and Class F insulation benefit motor performance?
A: The TEFC design actively cools the motor while keeping internal components protected from dust and debris, supporting durability. Class F insulation offers enhanced heat tolerance, allowing the motor to handle high temperatures and challenging operating conditions without risk of insulation breakdown.