Manifold Venting

Tumblers – 50 and 75

While it is preferable to exhaust tumblers individually to the outdoors, a main collector duct may be used if it is sized according to Figure 4 and Figure 5. This illustration indicates minimum diameters, which should be increased if the collector length exceeds 14 feet (4.3 meters) and two 90° elbows. The diameter of a round duct must be increased by 10% for each additional 20 feet (6.1 meters). Cross sectional area of a rectangular or square duct must be increased 20% for each additional 20 feet (6.1 meters). Refer to Table 2 and Table 3 to determine equivalent ducting sizing. The collector duct may be rectangular or square in cross section, as long as the area is not reduced. Provisions MUST be made for lint removal and cleaning of the collector duct.

The vent collector system must be designed so the static back pressure measured 12 inches (305 mm) from the exhaust outlet does not exceed the maximum allowable pressure specified on the installation sticker on the rear of tumbler. Static back pressure must be measured with all tumblers vented into the collector operating.

NOTE: Never connect a tumbler duct at a 90° angle to the collector duct. Refer to Figure 3. Doing so will cause excessive back pressure, resulting in poor performance. Never connect two tumbler exhaust ducts directly across from each other at the point of entry to the collector duct.

With the tumbler in operation, airflow at any point in the duct should be at least 1200 feet per minute (366 meters per minute) to ensure that lint remains airborne. If 1200 feet per minute cannot be maintained, schedule monthly inspections and cleaning of the ductwork.

T438I

Figure 3

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TMB795C specifications

The IPSO TMB795C is a cutting-edge tillage machine designed for modern agricultural practices, featuring advanced technologies and superior engineering to enhance soil preparation. This versatile piece of equipment is tailored to meet the rigorous demands of both professional farmers and agricultural contractors, ensuring optimal performance in various soil conditions.

One of the standout features of the TMB795C is its robust design, which incorporates high-strength materials for durability and longevity. The machine is equipped with a powerful engine that provides excellent performance, enabling it to handle challenging terrains and heavy workloads effectively. The engine's efficiency also contributes to reduced fuel consumption, making it an environmentally friendly choice for sustainable agriculture.

The TMB795C utilizes a state-of-the-art tillage system that minimizes soil compaction while improving aeration and water infiltration. This system consists of adjustable working depths and a variety of interchangeable tools that allow users to customize their tillage needs. The machine features multiple rows of tines, designed to break up soil effectively while preserving its structure, which is essential for maintaining soil health.

Moreover, the IPSO TMB795C incorporates advanced precision agriculture technologies, including GPS guidance systems that enhance accuracy during operation. This technology not only ensures optimal coverage but also enables better management of inputs, reducing waste and increasing efficiency in agricultural practices. The real-time monitoring features help farmers and operators track performance, making data-driven decisions easier than ever.

Comfort and usability are also key characteristics of the TMB795C. The machine is fitted with an ergonomic cabin that provides excellent visibility and a user-friendly interface for easy operation. Adjustable controls and ample storage space ensure that operators can work comfortably and efficiently, regardless of the duration of their tasks.

In summary, the IPSO TMB795C stands out due to its combination of durability, efficiency, and technological advancement. Its innovative tillage system, precision agriculture capabilities, and operator-friendly design make it an invaluable asset for modern farming operations. With the TMB795C, agricultural professionals can achieve higher yields and better soil management, paving the way for sustainable practices and enhanced productivity in the field.