METSO D201134

Description

Technical Parameters METSO D201134

Advantages and Features METSO D201134

1. High – Precision Excitation Control: The advanced processor of METSO D201134 can accurately adjust the excitation current, improving the stability and efficiency of the controlled equipment.
2. Dual – Voltage & Frequency Adaptation: METSO D201134 supports 24V DC/120V AC input and 50/60Hz frequency adaptation, suitable for various industrial power supply environments.
3. Corrosion – Resistant & Durable: The corrosion – resistant shell of METSO D201134 can resist the erosion of corrosive gases and moisture, extending the service life in harsh environments.
4. Strong Compatibility: METSO D201134 can be integrated with multiple mainstream control systems, reducing the cost of system integration and upgrading.
5. Reliable Power Supply: The 250W power output and 24mA rated current of METSO D201134 can provide stable power for excitation components, avoiding equipment failure caused by power fluctuation.
6. Easy Installation: The DIN rail mounting design of METSO D201134 makes on – site installation and replacement convenient and fast.

Application Cases METSO D201134

1. Thermal Power Plant Generator Excitation Control: A large thermal power plant installed METSO D201134 in the generator excitation system. It accurately controlled the excitation current, making the generator’s power factor stable at 0.92-0.95, and improving the power generation efficiency by 10%.
2. Petrochemical Motor Excitation Regulation: A petrochemical enterprise used METSO D201134 to control the excitation of large – scale compressors. Its corrosion – resistant shell adapted to the on – site corrosive gas environment, and the equipment’s failure rate was reduced by 35%.
3. Metallurgical Rolling Mill Motor Control: A steel mill applied METSO D201134 to the excitation system of the rolling mill motor. The dual – voltage input feature adapted to the complex power supply environment of the factory, ensuring the stable operation of the rolling mill and improving the product qualification rate by 12%.
4. Hydropower Station Generator Set Upgrade: A hydropower station used METSO D201134 to upgrade the old excitation system. It was seamlessly integrated with the existing Siemens S7 – 400 PLC system, shortening the system downtime during the upgrade by 60%.

Competitor Comparison

Selection Suggestions

1. Select METSO D201134 for power plants and large – scale motor control scenarios, as its 250W power output can meet the excitation requirements of high – power equipment.
2. Prioritize METSO D201134 for corrosive industrial environments such as petrochemical and coastal factories, due to its excellent corrosion – resistant performance.
3. Choose METSO D201134 when upgrading the control system, as its strong compatibility can reduce the cost of replacing the whole set of equipment.

Precautions

1. Ensure that the input voltage of METSO D201134 matches the rated 24V DC/120V AC to avoid module damage caused by voltage mismatch.
2. Install METSO D201134 in a well – ventilated place to prevent overheating and affecting the service life.
3. Regularly check the connection between the module and the power supply and signal lines to avoid poor contact and control failure.
4. Do not use METSO D201134 beyond the operating temperature range of -20°C to +100°C to prevent performance degradation.
5. Use the specified tools and accessories for maintenance to ensure the normal operation of the module’s functions.

EPRO PR6424/018-021
EPRO PR6424/018-100
EPRO PR6424/017-021
EPRO PR6424/017-100
EPRO PR6424/013-100
EPRO PR9268/300-000
EPRO PR6424/000-000+CON021 PLC DCS
EPRO PR6423/002-000+CON021
EPRO PR6423/000-040