**Product Information:**
- **Model No.:** AMD-357
- **Power Source:** Mechanical Drive
- **Precision:** High Precision
- **Certification:** CE, ISO 9001
- **Condition:** New
- **After-Sales Service Provided:** Available for overseas service
- **Dimensions (L x W x H):** 4490 x 5300 x 2110 mm
- **Processing Sheet Thickness:** Up to 6 mm (Mild Steel)
- **Electric Control System:** Siemens 808D, Fanuc, H+L, Fagor, Rexroth
- **Punching Frequency:** 300–600 hpm
- **Sheet Moving Speed:** 40 m/min
- **Hole Shapes:** Round, Square, Rectangle, Kidney Shape
- **Total Power:** 20 kW
- **Warranty:** One Year
- **Loading:** 20' OT Container or 40' GP Container
- **Trademark:** AMADA
- **Transport Packaging:** Foam and Plastic Film / Customized
- **Specification:** CE
- **Origin:** Shandong, China (Mainland)
- **HS Code:** 8462101000
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**AMD-357 CNC Press Punching Machine Equipment**
**Main Technical Specifications:**
| Specification | Unit | AMD-357 |
|--------------------------|------|----------------|
| Transmission Mode | – | Mechanical |
| Punch Force | KN | 250 (Standard)/300 |
| Power Rating | KW | 11 |
| Processing Sheet Size | mm | 2500 x 1250 |
| Processing Sheet Thickness | mm | ≤4 |
| Max. Punch Diameter | mm | Ø88.9 |
| Sheet Moving Speed | m/min| 40 |
| Punching Frequency | hpm | 300–600 |
| Hole Accuracy | mm | ±0.1 |
| Number of Stations in Turret Disc | No. | 16/24/32 |
| Turret Rotational Speed | rpm | 30 |
| Controlled Axis | No. | 3/4 |
| Rotating Location | No. | 0/2 |
| Air Pressure | Mpa | ≥0.8 |
| Outline Dimension | mm | 4490 x 5300 x 2110 |
| Machine Weight | T | 10 |
**Key Features:**
1. Equipped with a Siemens 3/4 axis CNC system paired with digital AC servo motors for fast and reliable operation.
2. The frame is made of O-type steel welding and undergoes tempering treatment, ensuring high rigidity and minimal deformation.
3. Features a secondary positioning function for accurate and continuous processing without dead zones.
4. Uses high-precision international components, including large ball screws and linear guide rails for smooth performance.
5. All pneumatic, electrical, hydraulic, and transmission parts are carefully selected for optimal integration.
6. Utilizes AMADA standard thick turret mold discs and internationally recognized molds for consistent quality.
**Machine Details:**
- Germany Siemens 808D System, Fanuc, H+L, Fagor, Rexroth, IPC control systems
- AMADA Standard 80mm Ductile Iron Thick Turret Disc
- Taiwan Ball Screw & Linear Guide
- International Electrical Components
- Secondary Positioning System
**Punching Samples:**
**Notice:**
To help us provide the most suitable machine for your needs, please provide the following details:
1. Metal sheet material you plan to use
2. Workpiece dimensions (length, width, thickness)
3. Hole shapes and diameters you need to punch
4. Photos or drawings of your products for reference
Based on this information, we will send you a detailed technical proposal for your review.
**Workshop:**
If you have any questions, feel free to contact us anytime. We warmly welcome you to visit our factory in Qingdao, China.
**Contact:**
Cell: +86 15764279479
Hydraulic Separator
A hydraulic separator is a device used in heating and cooling systems to separate the primary circuit from the secondary circuit. It is typically used in systems that have multiple heat sources or multiple heating zones.
The primary circuit is the part of the system that contains the heat source, such as a boiler or heat pump. The secondary circuit is the part of the system that distributes the heat to different zones, such as radiators or underfloor heating.
The hydraulic separator helps to prevent the mixing of water between the primary and secondary circuits. It creates a buffer between the two circuits, allowing for efficient heat transfer and preventing any potential damage to the heat source.
The hydraulic separator typically consists of a vessel with multiple ports. The primary circuit is connected to one side of the separator, while the secondary circuit is connected to the other side. Inside the separator, there are baffles or other devices that help to create a hydraulic barrier between the two circuits.
By using a hydraulic separator, the flow rate and pressure in each circuit can be independently controlled, allowing for optimal performance and energy efficiency. It also helps to eliminate the need for additional pumps or valves, as the separator itself provides the necessary hydraulic separation.
Overall, a hydraulic separator is an important component in heating and cooling systems, helping to ensure efficient and reliable operation.
Hydraulic Water Pressure Separator, Hydraulic Separator Tank, Hydraulic Separator For Radiant Heating
Jiangsu Baode Heat-Exchanger Equipment Co.,LTD , https://www.baodehex.com