Digi HygroClip DI digital interface Electrical Installation Guidelines, Power supply wiring

Page 22

IN-E-HyClip DI-V1_10

Rotronic AG

Bassersdorf, Switzerland

Document code

Unit

 

 

 

HygroClip DI digital interface: instruction

Instruction Manual

manual

 

Document Type

Document title

Page 22 of 24

 

 

 

 

 

14. Electrical Installation Guidelines

Power supply wiring

Heavy machinery and instrumentation should not share the same power supply wiring. If this cannot be avoided, noise filters and surge protectors should be used. Most UPS devices have those features already integrated.

General guidelines for signal cables

The following guidelines are derived from European Standard EN 50170 for the transmission of signals by copper wires. When planning an installation, the rules provided by EN 50170 should be followed under consideration of local circumstances to determine the position of machines and equipment.

All ROTRONIC HygroClip products are tested for Electromagnetic Compatibility according to following European standards:

-EN 61000-6-3 + EN 61000-6-1 (residential)

-EN 61000-6-4 + EN 61000-6-2 (industrial)

Whenever the level of electromagnetic interference is expected to be high, both the instruments and signal cables should be placed as far away as possible from the source of interference.

In general, signal cables should be installed in bundles or channels / conduits, separate from other cables as indicated in the table below:

• Bus signals such as RS485

 

• Data signals for PCs, printers etc.

 

•

Shielded analog inputs

in common bundles or channels / conduits

•

Unshielded direct current (<= 60V)

• Shielded process signals (<= 25 V)

 

•

unshielded alternating current

 

 

(<= 25V)

 

• Coaxial cables for CRT monitors

 

 

 

 

•

Direct current from 60 V to 400 V

in separated bundles or channels /

 

•

(unshielded)

conduits, without minimum distance

Alternating current from 25V to 400 V

 

(unshielded)

 

 

 

 

•

Direct and alternating current > 400 V

in separated bundles or channels /

 

(unshielded)

 

•

Telephone lines

conduits, without minimum distance

• Lines leading into EX-rated areas

 

 

 

 

© 2007; Rotronic AG

IN-E-HyClip DI-V1_10.doc

Page 21 Page 23
Image 22
Page 21 Page 23
Contents IN-E-HyClip DI-V110 HygroClip DI Digital InterfaceHygroClip DI digital interface instruction Manual Contents Models OverviewHygroClip DI-3 HygroClip DI-4 Power supplyProbes HygroClip DI-4-WLIN-E-HyClip DI-V110 Connector identification Pin-out diagrams Operation with the HW4 softwareHW4 Device Manager Device Manager Menu Bar FileDevice Information Language / Unit System Probe Inputs Digital Interface Compliance with FDA 21CFR Part II and Gamp IN-E-HyClip DI-V110 IN-E-HyClip DI-V110 Baud rate compatibility requirements Ethernet local area network RS-485 multi-drop networkExample HygroClip DI with USB port USBSpecifications Accessories Communications protocolElectrical Installation Guidelines Power supply wiringLightning protection Document releases Hardware and firmware

HygroClip DI digital interface specifications

The Digi HygroClip DI is an advanced digital interface designed for precise measurement and control of humidity and temperature in various applications. An integral tool for numerous industries, the HygroClip DI is particularly prized in environmental monitoring, HVAC systems, agriculture, and laboratories, where accurate climate data is essential for operational efficiency and sustainability.

One of the standout features of the Digi HygroClip DI is its exceptional measurement accuracy. The device utilizes a high-performance capacitive sensor for humidity measurement and a precision thermistor for temperature. This combination enables the HygroClip DI to deliver consistent and reliable readings, ensuring that users can trust the data used for critical decision-making processes.

The HygroClip DI incorporates innovative digital signal processing technology. This technology enhances the device's stability and response time, significantly improving performance compared to traditional analog sensors. This digital approach also simplifies integration with other systems, making it an ideal choice for applications requiring connectivity to data loggers, control systems, or telemetry networks.

Another significant characteristic of the HygroClip DI is its robust design. Constructed to withstand demanding environments, the device is both water-resistant and resistant to dust, ensuring that it maintains functionality even in challenging conditions. Its design also allows for easy installation, often requiring minimal effort to mount or connect.

Flexibility is another key advantage of the Digi HygroClip DI. It comes with various calibration options and can accommodate different operating ranges, making it versatile for diverse industrial needs. Users can select calibration settings that best match their specific environment, further enhancing the accuracy and efficiency of the device.

Additionally, the HygroClip DI is equipped with intuitive interfaces for easy operation. With user-friendly software options available, users can easily manage settings, monitor conditions, and analyze data trends. This accessibility makes it suitable for both experienced professionals and newcomers to the field.

Overall, the Digi HygroClip DI embodies a perfect blend of technology, accuracy, and user-friendliness. Its features cater to a wide range of measurement needs, making it an invaluable tool for any professional seeking reliable climatic data in their operations. Whether used in industrial settings or research facilities, the HygroClip DI is a testament to innovation in environmental monitoring technology.
Top Page Image Contents