JUMO digiLine Ci head transmitter Intelligent electronic components for inductive conductivity sensors for automation systems with JUMO digiLine, IO-Link, analog or binary signals
■General:
The JUMO digiLine Ci allows sensors for electrolytic conductivity to be connected to a measuring and/or automation device. The JUMO digiLine Ci is available with 4 different interface types for transferring measured values or switching signals, depending on the requirement:
▲RS485 interface for the JUMO digiLine protocol and Modbus
▲IO-Link interface for connecting to modern automati on systems
▲Analog outputs for transfer of the measured values as a standard signal of 4 to 20 mA1
▲Binary outputs for switching applications (e.g. controlling relays)1
The versions with RS485 interface are used in JUMO digiLine operation with Plug & Play support on the JUMO AQUIS touch S/P or in Modus operation on the JUMO mTRON T. Several sensors continuously transmit their measurement data over the bus to a master. The variant with lO-Link in terface is an important supplement via which JUMO meets its customers' requirements in the modem world of automation technology.
Alternatively, device versions with analog and binary outputs are available. The analog version is fitted with 2 analog outputs and transfers temperature and conductivity measured values as a scaleable standard signal (4 to 20 mA). The version with binary outputs has 2 semi-c on ductor relay outputs (PhotoMOS®) for realizing switching applications. The device versions with analog and binary outputs also have 2 binary inputs. Via the binary in puts, a measuring range selecti on or hold functions with potential-free contacts or logic signals can be actuated in the JUMO dig- iLine Ci.
■Mounting and connection
When equipped with a head transmitter, conductivity sensors and JUMO digiLine electronics are one integrated module, which is installed completely at the operating location in a suitable fitting. The electrical connection is made simply and quickly with preassembled cables via a M12 plug connector or M12 socket, depending on in terface type.
■Configuration, parameterization and calibration
The JUMO digiLine Ci is configured, parameterized and calibrated on the JUMO AQUIS touch S/P. In the JUMO digiLine Ci device versions with display and operating panel, operation is also possible on the JUMO digiLine Ci itself. The calibration, however, also be conveniently carried out in the laboratory on a PC using the JUMO DSM-Software (Digital Sensor Management software). For the connection to the PC, the JUMO digiLine Ci has a Micro-B USB connection type.
●Special features:
■Reliable transmission of measured values over digital in terfaces such as the JUMO digiLine bus or IO-Link
■Easy, time-saving bus cable installation with read-to-use cable (available as accessory)
■Sensor calibration on a PC with storage of the calibration data in the JUMO digiLine electronics
■Easy and time-saving Plug & Play installation on the JUMO AQUIS touch S/P
■Extensive range of various interfaces for various customer requirements (JUMO digiLine, IO Link, analog standard signals or binary switching signals)
|
|
Datasheet |
|
|
|
Please see the document for details |
|
|
|
|
|
|
|
English Chinese Chinese and English Japanese |
|
2020/03/30 |
|
V3.00 |
|
00691227 |
|
865 KB |
- +1 Like
- Add to Favorites
Recommend
- Four of the Hot-selling Router WiFi Modules In 2023
- Dual-band AP Routing WIFI5 Module Recommended SKW78, SKW93A and SKW100
- What Are IoT WIFI Modules from SKYLAB that Support the SPI Interface?
- The Micro Inductor Supplier, Guangzhou Jinkai Electronics (CHK) and Sekorm Announced a Distribution Agreement
- Silicon Labs Supports New Bluetooth® Mesh Feature Enhancements & Networked Lighting Control Standardized Profiles
- Greenconn荣获邓白氏企业认证,实力彰显行业领先水平
- TeraSilIC‘s 24GHz mmWave radar sensor in smart washlets
- At IPC APEX Expo 2022 in San Diego,Ventec premiered ‘aerolam‘ in the US market,curated for aerospace & defense applications
All reproduced articles on this site are for the purpose of conveying more information and clearly indicate the source. If media or individuals who do not want to be reproduced can contact us, which will be deleted.