Johnson Electric Motors: Efficiency and Reliability in Automation

Johnson Electric emerges as a leading pioneer in the quick-moving world of industrial automation, where accuracy and dependability are crucial. Johnson Electric offers a broad range of electric motors that are expertly crafted to perform in difficult industrial applications. The article thoroughly investigates Johnson Electric motors, each painstakingly constructed as the pinnacle of reliability and efficiency. This analysis examines the main characteristics and performance metrics that make these motors essential in the industrial automation landscape. These motors range from the small yet high-torque Shaded Pole Motor, SP58, to the flexible and adaptable Compact C series DC motor CL24. In this article, we will explore Johnson Electric’s different motors and their specifications. Some of the motors and their properties are mentioned below.

Shaded Pole Motor SP58:

Johnson Electric’s Shaded Pole Motor, the “SP58,” is a shining illustration of their dependable motor solutions in industrial automation. The SP58, categorized as a high-torque SP motor, has several features that highlight its remarkable performance and adaptability. It is suited to a wide range of applications because its dimensions are 55.1 x 54.1 mm, and its length is 58.00 mm, which strikes the ideal balance between compact design and power. With a shaft diameter of 4.000 mm and a weight of 270 g, along with its ability to run at an input voltage of 230.0 V and frequencies of 50 Hz, it demonstrates its adaptability to diverse environmental conditions. Its durability in various scenarios is further demonstrated by the outstanding working temperature range of -10 to 55 °C, assuring peak performance. With a stall current of 0.11 A and a no-load current of 0.09 A, the SP58 excels in efficiency. These characteristics reduce power consumption and guarantee dependable and constant performance. The motor’s torque output of 4.50 Nm and speed of 2655 rpm emphasize its remarkable dependability, which makes it the best option for demanding applications like air purifiers and dehumidifiers.

Rotary Synchronous Motor UAT3:

The Rotary Synchronous Motor “UAT3” from Johnson Electric is a prime example of how efficiency and dependability coexist in electric motors. The UAT3 delivers efficient power consumption at just 1.4 W and a power output of 0.20 W at a speed of 600 rpm with a rated frequency of 50 Hz. This harmony of input and output power emphasizes its effectiveness. The UAT3 is suited for various activities thanks to its operating torque of 0.32 Nm. Its 0.26 gcm2 rotor inertia represents its capacity to react quickly to variations in demand and adds to overall dependability. Additionally, the motor displays a detent torque of over 0.6Nm, guaranteeing accuracy in operation. The UAT3 demonstrates its reliability in different industrial settings due to its tolerance of voltage within the conventional power supply system (+10%/-10%), 100% duty cycle, and protection certified at IP40 in compliance with DIN EN 60529. This rotary synchronous motor can work in a wide span of temperatures (up to 130°C) and endure various environmental conditions, further supporting its dependability. Its rotor’s ability to stall without overheating ensures safety and the self-lubricating sintered bronze bearings increase its endurance. Johnson Electric’s UAT3 Rotary Synchronous Motor is an effective and dependable option to satisfy varied industrial demands, whether used in automation, HVAC systems, or other demanding industries.

Universal AC Motor U56:

The “U56,” a Universal AC Motor from Johnson Electric, is an example of effectiveness and dependability in electric motors. Its characteristics highlight the admirable compromise it makes between dependability and performance in industrial automation. The U56, which has dimensions of 56.0 x 55.9 mm and a shaft diameter of 4.500 mm, is a versatile option for various applications since it is compatible with different equipment. The U56 exhibits efficiency while running at 230.0 V AC, obtaining a maximum efficiency rating of 53%. At its most effective, it produces a maximum output power of 76 W, a maximum torque of 43.00 Nm, and a speed of 17200 rpm. These numbers demonstrate its capacity to offer reliable performance under difficult conditions. The U56 is dependable and long-lasting, with a normal operational life of 2000 hours. Its resistance to various external conditions may be seen in its capacity to function in a temperature range of -10 to 55 °C and tolerate storage temperatures of -20 to 80 °C. Lead wires make electrical connections easier, and certifications like CE and RoHS further support its dependability and safety requirements. The U56 embraces the fundamental ideas of effectiveness and dependability, making it the perfect option for many applications where reliable performance is essential. This motor delivers the efficiency and dependability that Johnson Electric is recognized for, assuring dependable performance across a wide range of applications, whether used in industrial gear or home appliances.

Compact P Series Motor P-E700:

Compact P Series Motors from Johnson Electric, such as the “P-E700,” are an excellent option for a variety of applications because of their low weight, small size, and amazing ability to provide high torque. The P-E700 offers adaptability within the industrial automation environment with dimensions of 40.6 x 95.5 mm and an 8.000 mm shaft diameter. It finds a perfect balance between size and power. This motor runs at 13.5 V DC and has exceptional performance figures. The P-E700’s top no-load speed, which it reaches at 4300 rpm, demonstrates its capacity to react quickly to variations in demand. A stall current of 32 A and torque of 700.00 Nm demonstrate its resilience and ability to support big loads. This motor effectively converts electrical power into mechanical work with a maximum efficiency rating of 59% and a maximum output power of 78.00 W. The P-E700 excels in the difficult circumstances that industrial automation is frequently forced to work in thanks to its wide operational temperature range of -40 to 80 °C and storage temperature range of -40 to 120 °C. The motor solidifies its reputation as a dependable workhorse in the industrial automation industry by maintaining a current of 5.85 A, output power of 78.00 W, speed of 3507 rpm, and torque of 125.44 Nm at its maximum efficiency.

Low Voltage DC Motor KF113G:

 The “KF113G,” a low-voltage DC motor from Johnson Electric, is a great option for crucial applications in the industrial sector since it has a long life, is durable, and can tolerate high-temperature operating conditions. The KF113G, with dimensions of 20.1 x 35 mm and a shaft diameter of 2.0 mm, exemplifies small yet reliable design concepts, making it easy to integrate into different automation systems. The motor’s performance stats are remarkable while operating at 10.0 V DC. It demonstrates its adaptability to shifting demand with a no-load speed of 6613 rpm. The nominal torque of 1.03 Nm, nominal current of 0.12 A, and nominal speed of 5135 rpm demonstrate the device’s capacity to deliver consistent performance. With a wide working temperature range from -40 to 85 °C, the KF113G thrives in the demanding circumstances frequently encountered in industrial automation. Its dependability and efficiency are demonstrated by its capacity to sustain a current of 0.12 A, output power of 0.56 W, speed of 5135 rpm, and torque of 1.03Nm at maximum efficiency.

EC Motor E9IHL-12:

The “E9IHL-12,” a Johnson Electric EC Motor, is the pinnacle of efficiency and dependability explicitly designed for the demanding needs of industrial automation. These motors are helpful for different industrial automation applications because of their high torque, quick reaction, and small size. The E9IHL-12 is 51.2 x 83 mm and has a sturdy 12 mm shaft diameter. This motor, which runs at a voltage of 12.0 V, is a shining example of efficiency and dependability. Its astounding 4550 rpm no-load speed demonstrates its capacity to react quickly to variations in demand. Its resilience and ability to handle big loads are demonstrated by its stall torque of 1400 mm and maximum output power of 68.0 W, while its maximum efficiency rating of 75% demonstrates its capacity to transform electrical power into mechanical labor efficiently. The E9IHL-12, with a working temperature range of -40 to 125°C, thrives in the demanding situations frequently found in industrial automation. It can operate at optimum efficiency with a current of 7.5 A, output power of 68.0 W, speed of 4550 rpm, and torque of 140 Nm, confirming its reputation as a dependable workhorse in the industrial automation industry.

Linear Stepper Motor UAL:

The UAL linear stepper motor from Johnson Electric demonstrates its flexibility to change environmental factors by working smoothly in a temperature range of -15°C to +60°C. This motor effectively dissipates heat with a thermal resistance of 47 K/W, enabling continued and dependable performance even under high workloads. The UAL’s electrical connection, made using lead wire and a CT connector, makes installation simple and convenient, increasing its effectiveness. The motor is protected from dust and particle incursion thanks to its IP40 protection grade, which complies with DIN EN 60529:2014. This strengthens its dependability in demanding industrial situations. The UAL has a very lightweight design, which only adds up to 33 grams, making it easy to use. This motor uses ball bearings to provide dependable performance even under demanding circumstances. The UAL excels in applications requiring fine control and frequent ‘starts and stops’ because of its ability to stop abruptly without overheating. The UAL is the hallmark of dependability and efficiency in industrial automation, operating effectively at a rated voltage of 6V, providing a 100% duty cycle, and having a resistance of 40 at R20.

Rotary Stepper Motor UCD:

The “UCD,” a Rotary Stepper Motor from Johnson Electric, is a solid option for industrial applications because of its low thermal resistance of 29 K/W and thermal rating of 130 (B), according to DIN EN 60085:2008. It is created to operate effectively even under challenging temperature settings. The UCD is protected against entering dust and particulate matter with an IP30 protection standard in line with DIN EN 60529:2014, enhancing its reliability in different industrial situations. The 54-gram weight and small (28 x 24 mm) size of the motor guarantee that it may be used in various applications. The 7.5° step angle, 1.4–2.3 Nm of holding torque, and 0.15–0.30 Nm of detent torque of the UCD make it an effective and precise option for applications demanding precision placement and control. When electricity is provided, the UCD is made to stop without overheating, offering dependability and safety in processes that demand repeated starts and stops. Its self-lubricating, sintered bronze bearings add to its toughness and guarantee smooth performance.

Compact C Series DC Motor CL24:

The “CL24,” a component of Johnson Electric’s Compact C Series DC Motors, is a flexible option for a variety of applications because of its small size, great power and torque, and enhanced sound quality. Notably, it carries an IP63 classification, demonstrating its resistance to the incursion of dust and moisture, making it a great choice for industrial settings. The CL24’s small size (24 x 24 x 50 mm) and low weight (115 g) make it easy to include in various automation systems. The motor operates effectively in industrial settings with a voltage of 12 V and a shaft diameter of approximately 3.175 mm. A no-load speed of 4440 rpm, a stall torque of 86 Nm, a maximum output power of 10 W, and a maximum efficiency rating of 66% are among the performance stats for the CL24. These numbers demonstrate how well it transforms electrical power into mechanical work, resulting in peak performance. The CL24 is designed for industrial automation and functions effectively in a temperature range of -40 to 85°C.

Final Thoughts

 In conclusion, Johnson Electric’s range of motors, each painstakingly created for a particular purpose, reflects the company’s everlasting dedication to offering efficiency and dependability in industrial automation. The important qualities needed in contemporary industrial systems—reliable performance, flexibility, and precise control—are demonstrated by these motors, which serve as shining examples of technical skill. The Shaded Pole Motor, SP58, is a shining illustration of Johnson Electric’s commitment to quality. It is a reliable and effective option for uses like air purifiers and dehumidifiers because of its small size and compatibility with a variety of environmental situations. The SP58 exhibits the essence of industrial automation by being energy-efficient, consistent, and reliable in its performance. The Rotary Synchronous Motor, UAT3, is the perfect option for applications like automation and HVAC systems because of its wide working temperature range and resilience to diverse climatic conditions. The UAT3 is a prime example of how contemporary industrial automation systems need dependability and efficiency. The Universal AC Motor, model number U56, is a flexible option that supports a variety of equipment and boasts good efficiency. It is a dependable option for various industrial applications because of its versatility in various environmental settings and certifications like CE and RoHS. To meet industrial automation needs, the Compact P Series Motor, P-E700, combines low weight, compact size, and extremely high torque. It is a crucial part of industrial automation systems due to its outstanding performance metrics, which include a wide working temperature range and self-lubricating bearings. The Low Voltage DC Motor, KF113G, is made to function effectively and dependably in high-temperature operating environments. It is the best option for industrial automation because of its capacity to sustain constant performance under a range of operational temperatures. Lastly, the compact C series DC motor satisfies industrial automation standards by combining high torque, quick reaction, and a small footprint. All these motors have their specification, which helps them adjust in different automation scopes.

This entry was posted on November 24th, 2023 and is filed under Automation, Johnson Electric. Both comments and pings are currently closed.