Emhart Glass specializes in providing cutting-edge glass packaging solutions for various industries, including food and beverage, pharmaceuticals, and cosmetics. Their innovative technologies and machinery help manufacturers enhance their production efficiency and product quality in the glass packaging sector. [AI]
We repair a wide range of Emhart Glass Equipment.
Ask questions, or 1-336-969-0110 for faster service.
Use the search bar above to find specific manufacturers.
The EMHART GLASS 601-10180 / TS-1400-45-560 FPS is a servo valve used in the counter blow system of a glass forming machine. This device is responsible for controlling the flow of hydraulic fluid to the counter blow cylinders, ensuring precise timing and pressure during the glass forming process. Typical features of this servo valve include high precision, fast response time, and compatibility with various hydraulic systems. Common failures in this device include valve sticking, electrical connection issues, and contamination of hydraulic fluid leading to erratic operation. Regular maintenance and monitoring of hydraulic pressures can help prevent these failures.
The EMHART GLASS 603-10183 / SP-TGHH0001 PUSHER MOTOR AMPLIFIER is a vital component of industrial glass production machinery, specifically designed to control and drive the pusher motor. This amplifier features precise speed and torque control, ensuring smooth and accurate movement of the pusher mechanism. Failure in the PUSHER MOTOR AMPLIFIER can occur due to issues such as overheating, power surges, or component degradation, leading to erratic motor behavior or complete failure. Troubleshooting should involve checking power supply, cooling system, and inspecting internal components for signs of damage or wear. Regular maintenance and prompt repair of any malfunction will ensure the efficient operation of the industrial glass production machinery.
The EMHART GLASS SP-TGMO0006/601-10211 motor with key shaft is designed for use in industrial applications, specifically in the glass industry. This motor is used to drive various equipment such as conveyors, mixers, or pumps. It features a key shaft design that allows for a secure connection to the driven equipment. Typical failures of this motor include wear and tear on the key shaft, bearings failure, overheating due to heavy loads, or electrical faults. Regular maintenance and proper lubrication can help prevent these failures and extend the lifespan of the motor. If any issues arise, it is recommended to consult a qualified technician for repairs or replacements.
The EMHART GLASS SP-ISPU0018 860-3-1 1 SE20503201202 Feeder Motor is a component used in glass manufacturing equipment, specifically in the feeding system to ensure the controlled and accurate movement of materials along the production line. This motor features precision engineering and a robust design tailored to the demanding requirements of industrial glass production. Common failures in this type of feeder motor include overheating due to prolonged operation, bearing wear leading to increased friction and decreased efficiency, electrical faults such as short circuits or insulation breakdown, and mechanical issues such as misalignment or belt slippage. Regular maintenance, proper lubrication, and timely replacement of worn-out components can help prevent these failures and ensure the efficient operation of the equipment.
The EMHART GLASS SP-TGMO0004/601-10001 Tube Height Motor is a specialized motor designed for adjusting the height of glass tubes in industrial glass manufacturing processes. This motor is equipped with precise control capabilities to ensure accurate positioning of the glass tubes. Common failures associated with this motor include wear and tear of internal components leading to malfunctions in height adjustment functions. Additionally, issues with electrical connections or control circuitry can impact the motor's performance. Regular maintenance and inspections are recommended to prevent potential failures and ensure optimal operation.
The EMHART GLASS 601-10847 WHC-MOTOR is a motor specifically designed for the cross conveyor in industrial glass production lines. It is responsible for moving glass products horizontally across the production line. Key features of this motor include high torque output to handle heavy loads, precise speed control for accurate positioning of glass products, and a durable construction to withstand the harsh operating environment of a glass manufacturing facility. Typical failures of the EMHART GLASS 601-10847 WHC-MOTOR may include overheating due to prolonged operation at high speeds or heavy loads, mechanical wear of internal components leading to decreased performance, and electrical issues such as short circuits or damaged wiring. Regular maintenance and monitoring of the motor's performance can help prevent these common failures.
The EMHART GLASS 59-27229 Adapter Plate [PPC] is designed for use in industrial glass manufacturing machinery for the precise positioning and assembly of components during the production process. This adapter plate features a robust construction to withstand the harsh manufacturing environment and has precise dimensions to ensure accurate alignment of components. Typical failures of this adapter plate may include physical damage due to mishandling, wear and tear of mounting holes from repeated use, or misalignment issues causing errors in the assembly process. Regular maintenance and careful handling can help prevent these issues.
The Emhart Glass SP-ISTH0008/59-63190 Pusher Motor is a critical component used in glass container manufacturing equipment. This motor plays a key role in pushing the molten glass into the mold during the forming process. It is designed to provide precise and reliable movement for optimal production efficiency. Common failures of the Emhart Glass SP-ISTH0008/59-63190 Pusher Motor include motor winding issues, bearing failure, and electrical faults. These failures can lead to decreased production output, increased downtime, and potential quality defects in the glass containers. Regular maintenance and timely repairs are essential to ensure the consistent and efficient operation of this motor.
The EMHART GLASS 601-10180 TS-1400-45-560 GOB and Shear Motor is a key component in glass forming machines used in the manufacturing industry. This motor is specifically designed to drive the gob and shear mechanisms in glass forming machines, ensuring precise and controlled cutting and shaping of the glass. The motor features a robust construction to withstand the harsh industrial environment and high-speed operation. It operates at 1400 rotations per minute (RPM) with a power rating of 45 watts and a voltage of 560 volts. Common failures with this motor include overheating due to prolonged use, mechanical wear of internal components leading to reduced performance, and electrical faults such as short circuits or burnt windings. Regular maintenance and monitoring of the motor's operating conditions are crucial to prevent these failures and ensure optimal performance.
The Emhart Glass 59-26511 is a pneumatic control system used primarily in glass production equipment. It is designed to regulate the flow and pressure of compressed air, enabling precise control of various pneumatic actuators within the machinery. The device is equipped with adjustable pressure settings, quick response times, and a robust construction suitable for industrial environments. Typical failures in the Emhart Glass 59-26511 include air leaks, faulty pressure sensors, and clogged filters. These issues can lead to inconsistent operation, reduced efficiency, or complete system failure. Regular maintenance, such as checking for leaks, cleaning filters, and calibrating sensors, can help prevent these common problems and ensure the reliable performance of the pneumatic control system.
Industrial Electronic Repair
145 Rockwell Place Ct
Tobaccoville, NC 27050
🚑 Rush repair shipments only — no walk-ins.
Industrial Electronic Repair
931-E S. Main St #204
Kernersville, NC 27284
📦 Mailing Address (for invoices or shipped repairs)
No walk-ins accepted.