Document Title: High Pressure Solid Fuel Mechatronic Intrinsic Stoker Steam Boilers

Overview: This technical document presents specifications and key parameters for high-pressure steam boilers that utilize solid fuel with mechatronic intrinsic stokers. The boilers are designed for efficient steam generation and heating applications.

1. Product Identification and Codes

The document includes a product code system to identify different boiler models. Each model is associated with specific capacities and dimensions.

2. Capacities and Main Dimensions

The core technical data covers:

• Steam Capacity: The maximum steam output of the boiler, measured in tons per hour (t/h).
• Heating Capacity: The thermal output for heating purposes, expressed in kcal/h.
• Heating Surface Area: The effective surface area for heat exchange, measured in square meters (m²).
• Smoke Direction Resistance: The resistance to smoke flow within the boiler system, indicating efficiency and draft characteristics.
• Water Volume: The total water capacity inside the boiler, measured in cubic meters (m³).

3. Technical Parameters and Units

The document uses standard units such as mm for dimensions, m³ for volume, kcal/h for heat capacity, and m² for surface area. These parameters are critical for selecting the appropriate boiler model based on operational requirements.

4. Date and Version

The technical specifications are dated 22.01.2018, indicating the version or last update of the data.

Summary of Critical Information:

• Boilers are designed for high-pressure steam generation using solid fuel with mechatronic stokers.
• Key performance indicators include steam capacity, heating capacity, heating surface, smoke resistance, and water volume.
• Dimensions and capacities are provided to assist in proper boiler selection and installation.
• Data is standardized and dated for reference.

Note: The document appears to contain tabular data with specific numerical values for each parameter, which are essential for detailed engineering and procurement decisions.