Dehumidified Air Dryer

7.2. Assembly

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Please ensure adequate carrying capacity of the lifting equipment.

Check the carrying capacity of the point of installation, particularly if installed on a platform.

The place selected for installation should be as free of vibrations as possible.

The main switch must be freely accessible.

Ground the equipment against electrostatic charging.

A special foundation is not required for installation.

The dryer must be installed on a level surface, and may not be exposed to excessive humidity. Maximum permissible ambient temperature of the control system is 45 °C (113°F).

To facilitate servicing, install the dryer such that it is accessible from 3 sides. Make sure that the air filters can be changed without problems. The rear of the dryer can be placed against a wall.

To conserve energy, keep the distances between dryer, hopper and processing machine as short as possible.

The location of the control unit should be chosen so that a clear view of the separators is guaran- teed from the control unit. Thus any malfunctions which arise can be corrected more easily.

Fasten the transport cables to the eyelets of the control cabinets. During transport do not contact or push against other components with the control panels.

7.3. Storage

The control system may only be stored at temperatures from -25 to +55°C (-13 to +131 °F).

Between delivery and machine commissioning the equipment should be stored in a dry, dust-free and vibration-free room.

SM2-630

Transport, Assembly and Storage 7-4

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Sterling STT 1600 operating instructions Dehumidified Air Dryer Assembly, Storage

STT 1600 specifications

The Sterling STT 1600 is a robust and versatile machine known for its efficiency and performance in various applications, particularly in the field of material handling and transportation. Designed with cutting-edge technology and a focus on user ergonomics, the STT 1600 stands out in its category for its impressive features and specifications.

One of the key characteristics of the STT 1600 is its powerful engine, which provides tremendous torque and horsepower, allowing it to handle heavy loads with ease. This model is equipped with a fuel-efficient diesel engine that meets the latest emissions standards, ensuring both performance and environmental compliance. The engine’s advanced fuel management system optimizes consumption, making it an economical choice for businesses that rely on durability and cost-effectiveness.

The STT 1600 features a heavy-duty chassis that enhances stability and strength during operation. This construction ensures that the machine can withstand rigorous use in tough environments, whether for construction, warehousing, or logistics. Additionally, the equipment boasts a maximum lifting capacity that accommodates a wide variety of materials, ranging from pallets to larger equipment, making it highly versatile for different industries.

Technologically, the Sterling STT 1600 is equipped with state-of-the-art hydraulics that provide smooth and precise movement of the lifting mechanism. This includes a hydraulic lift that allows for optimal height adjustments with minimal effort from the operator. The system is designed for quick response times, which is crucial for enhancing operational efficiency in fast-paced environments.

The ergonomic design of the cab focuses on the operator's comfort and usability. It features adjustable seating, intuitive controls, and enhanced visibility, reducing fatigue and improving safety during extended shifts. Furthermore, the machine includes an advanced safety system with sensors and emergency stop mechanisms to protect both operators and on-site personnel.

Maintenance is simplified with the STT 1600, as easy access points allow for quick inspections and repairs, minimizing downtime. The overall build quality and design reflect a commitment to longevity, making the Sterling STT 1600 a trusted choice for businesses looking to invest in reliable and high-performing machinery. In summary, the Sterling STT 1600 represents a perfect blend of power, efficiency, and technological advancements, making it an ideal solution for material handling challenges.