8MSA5L.E3-B4
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The 8MSA5L.E3-B4 synchronous motor offers a zinc-plated steel construction, an ISO 4032/DIN 934 thread specification, and operates effectively within a temperature range of -50°C to 300°C. As part of the 8MS Three Phase Synchronous Motors series by B & R Automation, it boasts RoHS and REACH compliance for industry-leading standards.
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Product Description:
B & R Automation designs precision motion technology used in industry automation on a wide range of automation systems and industries. The 8MS 3-Phase Motors product 8MSA5L.E3-B4 is a very powerful product with a rated torque of 11 Newton meters to smoothly carry on continuous industrial activities.
The 8MSA5L.E3-B4 motor includes a self cooling system that does not require an external surface cooler. Its stall torque or locked rotor torque is rated at 13.5 Newton meters in start stop mode. The motor has a 6 pole rotor that guarantees synchronous rotation and less vibration. The thermal response is governed by a thermal time constant of 51 minutes to allow proper control of temperature. Its stator windings have an internal resistance of 1.55 ohms which indicates the optimized copper consumption. The encoder system of the motor has a 512 signal lines single turn EnDat feedback to position accurately. Its dynamic control rating on the moment of inertia without an integrated brake unit is 7.3 kilogram centimeter squared. The 8MSA5L.E3-B4 motor housing and internal components are designed with an IP64 classification of dust tightness and splash waterproofing. It also has a in built actuation delay of 50 ms to control the timing of signals during system start up.
The 8MSA5L.E3-B4 motor has 24 watts installed load capacity and its required supply voltage is 24 volts DC. It also facilitates long length types to support heavy duty working requirements. The motor has a rated operational current of 7.3 Amperes which offers consistent energy draw under peak load circumstances. It has a rated output power of 3.46 kilowatts which is incorporated in driving medium scale automation devices.
Frequently Asked Questions about 8MSA5L.E3-B4:
Q: How does the 512-line EnDat encoder in the 8MSA5L.E3-B4 enhance positioning?
A: It provides high-resolution feedback, crucial for maintaining positional integrity in dynamic industrial motion.
Q: How does the actuation delay help in the 8MSA5L.E3-B4 motor?
A: The 50 ms delay coordinates signal timing during system power-up, preventing abrupt loads.
Q: Why is copper optimization important in 8MSA5L.E3-B4 motor stator windings?
A: The 1.55-ohm resistance ensures minimal power losses and controlled heat generation during extended cycles.
Q: How does the 3.46 kW output power benefit automation tasks using the 8MSA5L.E3-B4?
A: It supports medium-scale load demands with steady mechanical energy delivery over time.
Q: How does moment of inertia impact acceleration in 8MSA5L.E3-B4 motor?
A: The 7.3 kg·cm² inertia ensures balanced torque transitions during start-stop cycles in automation.
