Sensors with IO-Link in Flex-Hybrid Technology (digital IO-Link and analog 4…20 mA in parallel) make planning, commissioning and operation of your plants easier, faster and more flexible. We offer a wide range of sensors with IO-Link communication ...
Temperature compensated transmitter for process pressure and level measurement in pipes and vessels | With IO-Link
Modular flush turbidity sensor for low to high turbidities 200…300,000 NTU, with IO-Link.
Ideal for e.g. phase separation, yeast harvesting, CIP return control.
Compact electromagnetic flow sensor for media with minimum conductivity >5 μS/cm | With IO-Link
IO-Link Master with USB connection for control and programming of all Anderson-Negele IO-Link devices
Compact, modular, individually configurable temperature sensor for food applications, processes, tanks and tubes │ With IO-Link
Compact, individually configurable Mini temperature sensors and RTDs for food applications, processes, tanks and tubes │ With IO-Link
The NSL-F is the next generation of potentiometric technology. It is a direct replacement for the LN and offers additional features.
Integral (all in one) Inductive sensor-transmitter used for in-line measurement of process liquid conductivity. Now available with IO-Link capability.
Programmable transmitter in Flex-Hybrid technology with IO-Link and analog output
TTB-D Temperature Transmitter with integrated illuminated LCD display, for temperature sensor head 50 or 55 mm, analog 4…20 mA
Sensors with digital IO-Link communication with Flex Hybrid Technology make planning, commissioning and operation of your plants easier, faster and more flexible.
For the safe process control of an entire plant technology with a large number of measuring points, control and actuation devices, IO-Link offers significant advantages.
After extensive testing of its practical suitability, we transfer this technology as a digital data transfer standard of the future on all measurement categories. We rely on our Flex-Hybrid technology with IO-Link parallel to the analog 4…20 mA connection.
Installation and commissioning of sanitary IO-Link sensors are extremely time- and cost-saving. A three-pole standard cable without special shielding is sufficient for the bidirectional, interference-free signal transmission and power supply.
In practice, the point-to-point connection at the field level is established from various sensors to IO-Link masters and from there, via field bus systems, to the PLC.
With IO-Link sensors, data streams are also possible in the opposite direction, towards the devices. Each sensor can therefore be parameterized independently of the manufacturer via an IO-Link master. For an optimal process adaptation, specific settings such as measuring ranges or adjustments can be carried out on site.
The status of operating conditions can be checked and queried explicitly at any time. Potential malfunctions, signs of wear, or an increased risk of failure can be detected early, and condition-dependent and production downtimes can be better avoided.
With IO-Link, sensor replacement is more comfortable and safer than ever before and can be performed independently, at any time, and by any employee without any programming effort. For this purpose, the device configuration of each connected sensor can be stored in the IO-Link master. The new sensor will automatically be recognized, configured, and parameterized by the IO-Link master and is immediately operational.
To operate a sensor with IO-Link, you need the corresponding IODD (IO-Link Device Description) for your IO-Link master. You can find the respective IODD under Downloads on each product page or on the official IODDFinder homepage. To open the IODDFinder homepage just click here.
Simply select your sensor and choose the menu item “Overview”. If you select the menu item “IODDViewer”, you will also find the following details for the selected IO-Link sensor:
Our brochure “Digital (R)evolution” contains comprehensive details, including general information, product overviews, and technical specifications, for all Anderson-Negele IO-Link sensors equipped with digital and Flex Hybrid communication.
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