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In-line ejectors, CIL

In-line ejectors, CIL

Product catalog summary

Specifications:
The document outlines the specifications for CIL in-line ejectors, which require non-lubricated filtered air (5 microns) as per ISO standard 8573-1:2010 [4:5:4]. The optimum operating pressure is 5 bar, and the operating temperature range is 0 to 60°C. The materials used include PA6.6 15% FV – 2017A, and the weight varies between 7 to 13 grams depending on the model.

Procedures and Installation:
The CIL ejectors offer flexible installation options, including push fittings and removable axial mounting directly on the pipe. They are available in two sizes for calibrated pipes (2.7 x 4 mm and 4 x 6 mm) and feature integrated fittings with M12 or M14 male threads for secure attachment. Manifold mounting allows multiple modules to be integrated into a block for efficient air distribution.

Performance and Advantages:
The CIL ejectors are designed for silent operation and improved reliability due to the absence of moving mechanical parts. They are optimized for performance with three nozzle diameters (0.5, 0.7, and 0.9 mm) and a maximum vacuum of 85%. The ejectors are suitable for handling electronic components, lightweight objects, and applications like "Pick and Place" and separating systems for machining.

Data and Characteristics:
The document includes tables and curves illustrating evacuation times, air consumption, and suction flow rates at various vacuum percentages. The CIL models (CIL 190X05R, CIL 190X07R, CIL 290X09R) are compared in terms of air consumed, maximum vacuum, and air drawn in at specific air pressures.

Industry Applications:
The ejectors are adaptable to various industries and are particularly useful in applications requiring in-line connections and installations close to suction cups. They are designed to prevent clogging and ensure efficient operation.

Catalog excerpts

Due to their lightweight and compact design (only 7 to 13 g depending on the version), the "just plug it in" CIL ejectors can be easily integrated into the compressed air network and very close to the suction cups, even in the most inaccessible parts of the machine. Use COVAL advises using CIL in-line ejectors for handling electronic components and other lightweight objects, feed systems, "Pick and Place" applications and separating systems for machining sheet metal or plastics. Industry-specific applications Advantages Flexible installation ■ Simple, efficient connection Push fittings, M12 male or M14 male thread. ■ Improved reliability due to no moving mechanical parts. ■ Silent operation Nozzle-mixer combination resulting from new COVAL fluidics. ■ Optimized performance CILs are available in 3 nozzle diameters (0.5, 0.7 and 0.9 mm), max. vacuum 85%. Size 1 (M12): 0.5 and 0.7 nozzles Size 2 (M14): 0.9 nozzle - For calibrated pipe 2.7 x 4 mm (size 1) - For calibrated pipe 4 x 6 mm (size 2) Evacuation Time in Seconds Manifold mounting M12 (size 1) or M14 (size 2) incorporated male thread allows several CIL in-line vacuum modules to be integrated into a machined block to feed several suction cups simply and economically from a single source of compressed air. Delivered with a zinc-plated steel fastening nut. Please specify the part n°. e.g. CIL190X05R See Characteristics table abovewww.coval.com - 6/2 - , COVAL vacuum managers

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In-line Ejectors Dimensions and Data Curves Dimensions Data Curves Vacuum generated: Suction ﬂow rate generated: Suction ﬂow rate/vacuum curves:  Adaptable to all industries  In-line connection  Installation very close to the suction cups  No clogging  Very ﬂexible installation  Silent operation

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In-line ejectors, CIL

In-line ejectors, CIL

Catalog excerpts

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