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cate_201205091741322

cate_201205091741322
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cate_201205091741322

Product catalog summary

Introduction

Brushless DC (BLDC) motor drivers are essential components in controlling the operation of BLDC motors, which are widely used in various applications due to their efficiency and reliability.

Specifications

BLDC motor drivers typically include specifications such as voltage and current ratings, which determine the power capacity of the driver. They also specify the number of phases supported, usually three, and the type of control method used, such as trapezoidal or sinusoidal control.

Procedures

The operation of BLDC motor drivers involves several key procedures, including the initialization of the driver, setting the appropriate control parameters, and managing the feedback from the motor to ensure accurate speed and position control.

Standards

BLDC motor drivers must comply with industry standards for safety and performance, such as those set by the International Electrotechnical Commission (IEC) and other relevant bodies. These standards ensure that the drivers operate safely and efficiently in various environments.

Recommendations

It is recommended to select a BLDC motor driver that matches the specific requirements of the application, considering factors such as load, speed, and environmental conditions. Proper heat dissipation and protection features should also be considered to enhance the longevity and reliability of the driver.

Conclusion

BLDC motor drivers are crucial for the effective operation of BLDC motors. Understanding their specifications, procedures, and compliance with standards is essential for selecting the right driver for any application.

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Catalog excerpts

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s1' BLDC Motor drivers

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- Compact & High Power - Stable constant speed -Wide rangespeed control(100~3000 r/min) -High Reliability - Remote speed-control possible • EntertheGearratio(5,10,15,20,30,50,100,200)inthebox( □□ □ ) with in the model name. • A. is K(Combi nation GearType)orS(Round Shaft Type) • PleaserefertotheMotorandGearhead section

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Speed - Torque Characteristics EXH:EXH Series Shaft Type K:Combi nation GearedType Gear Ratio Number: Gear Ratio Empty: Round ShaftType - Power Supply Voltage

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Common Specifications Speed Control Method 1. By built-in potentiometer 2. By external potentiometer 3. By DC voltage(0~5VDC) Input Signals C-MOS negative logic START/STOP input Brake input Direction of Rotation input Speed setting method Alarm reset Output Signals Open collector output External use conditions 26.4VDC, 10mA Max. Speed Signal Output(SPEED OUT) 36P/R, Alarm Signal Output(AI_ARM OUT), Direction Signal Output(DIR OUT) Protection Functions*! When the following are activated, the alarm signal will be output and the motor will come to a natural stop ■ Overload Protection: Activated...

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* The permissible load inertia spedified above is only applicable for round shaft type. Permissible Load Inertia for Combination Type —> Gearhead section ■ Enter the gear ratio in the box(d) with the model name. ■ The values for each item is for the motor only * The permissible load inertia spedified above is only applicable for round shaft type. Permissible Load Inertia for Combination Type—»Gearhead section Enter the gear ratio in the box(rj) with the model name. ■The values for each item is for the motor only

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Power Supply Connection power supply Brake input [ S&'SU™^ ]- Flotation Direction Switching Input [ ]-^ Speed Setting Mode Selection Input [ §rV Alarm Reset Input [ O&'JESJ- '5V 0utput(0nly Use for Speed Setting Potentiometer] Speed Setting Speed Output- Alarm Output — Acceleration/Deceleration Time Potentiometer Power Supply Connection power supply Power Supply Connection power supply '5V Output(Only Use for Speed Setting Potentiometer] Alarm Reset Input [ rSSmUi ]- Speed Setting Mode Selection Input [ g^.'gjjjj ] - Rotation Direction Switching Input [ g^:: cow ]- Brake input [ C^LT^E**]- Direction...

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Input Signal Circuit Driver Internal Circuit ■ Example of Input Circuit Connection Control by Small Capacity Relay, Switch. Internal External INT.VR/EXT Input ALARM-RESET Input SPEED Output Transistor Output Type Driver Internal Circuit C-MOS Output Type Driver Internal Circuit Output Signal Circuit Driver Internal Circuit Example of Output Circuit Connection Output Signal Connections Driver Internal Circuit Speed Output The system outputs pulse signals (with a width of 0.3ms) at a rate of 36 pulses per rotation of the motor output shaft, synchronized with the motor drive. You can measure the...

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- Stable constant speed - Wide range speed control(100~2000 r/min) - High Reliability - Remote speed-control possible ■ A is K(Combination Gear Type) or S(Round Shaft Type) ' PleaserefertotheMotorandGearhead section

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Speed - Torque Characteristics EXU:EXU Series Shaft Type K: Combination Geared Type Power Supply Voltage Number:Gear Ratio Empty: Round ShaftType

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BLDC Motor driver Common Specifications *1 With the EXU Series the motor speed cannot be controlled in applications where the motor shaft is turned by the load, as in lowering operations. Also, the motor will slop naturally if the load exceeds the permissible load inertia or the overvoltage protection function is activated during load lowering operations. General Specifications

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* The permissible load inertia spedified above is only applicable for round shaft 1ype. Permissible Load Inertia for Combination Type —»Gearhead Section ■ Enter the gear ratio in the boxflU) with the model name. ■ The values for each item is for the motor only Control Unit Panel Cut-Out Power Supply Cable(lncluded) MOTOR POWERS CONTROL UNIT

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BLDC Motor driver ■ Front of Control Unit Turning the potentiometer clockwise causes the speed to increase. Speed setting range is 100~2000 r/min. ThesettingisO r/min atthetimeof shipment SPEED CONTROL UNIT I DAEHWA ELECTRIC MACHINERY CO.,LTD, input/output correction signal terminals Motor Connection lnsertthemotorcableconnectorintothemotorconnector(MOTOR)onthemdriverJnsertituntilaclicksoundisaudible. Toextendthedistance between the motoranddriver,use an optional extension cable. Power Connection Connectthe included powersupply cabletothe powersupplyterminal of thedriver. Connectthe red and blacklead...

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Input Signal Circuit Driver Interna] Circuit ■ Example of Input Circuit Connection Control by Small Capacity Relay, Switch, Connected at trie COM of I/O terminal EXTERNAL CONTROLLER CONTROL UNIT shield wire • Output signal is open collector output, so an external power • Use a power supply of no more than 26.4VDC and connect a limit resistance (R) so that the ouput current does not exceed 10mA. When using neither the speed output function nor the alarm output function, this connection Is not required. Output Siqnal Circuit Driver Internal Circuit Example of Output Circuit Connection * Output...

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Below is not all models we can make. It is possible to make motor as per customer requirement.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.