EE741 Flow Meter for Compressed Air/Gas for the Printing Industry
Optimize the air blow of the printing machine for cost reduction and quality improvement.
In the printing industry, air blowers are used in various situations such as cleaning printing machines and supplying ink. If the pressure and flow rate of the air blower are not appropriate, it may lead to waste of ink and a decline in print quality. The EE741 accurately measures the amount of compressed air used, contributing to cost reduction by minimizing waste. Additionally, proper air blower management leads to stable print quality. 【Usage Scenarios】 - Measuring air blower flow rate for printing machines - Managing air usage of compressors - Early detection of air leaks 【Benefits of Implementation】 - Reduction in air costs - Improvement in print quality - Stable operation of equipment
basic information
**Features** - Compatible with piping sizes DN15 to DN50 - Can be installed without disassembling the piping - Analog, pulse, and switching outputs - Modbus RTU and M-Bus - High measurement accuracy **Our Strengths** As an authorized distributor of E+E Elektronik, we offer a variety of measuring instruments, including the EE741. We support our customers with specialized knowledge and experience, from product selection tailored to their needs to post-installation support.
Price information
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Delivery Time
Model number/Brand name
EE741
Applications/Examples of results
● Measurement of compressed air consumption ● Monitoring of technical gases O2, N2, Ar, CO₂. Other gases can be accommodated upon request ● Nitrogen generation system ● Leak detection etc.
Distributors
We introduce various measuring instruments and devices related to moisture management, including the domestic capacitive dew point meter TK-100 series, mirror-type dew point meters, oxygen concentration meters, humidifiers, and moisture meters for corrosive gases. By organically combining these, as well as through piping, line creation, and unitization, we provide custom-made products and respond quickly to complex issues.