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MODBUS ETHERNET DISPLAY INDICATOR

Downloads:

anl48

TCP or RS-485, Modbus RTU

• Measurement data transmission via digital connection
– Ethernet Modbus TCP (client/master or server/slave mode)
– RS485 Modbus/Profibus (slave mode)

• 5-digit display
• Watchdog
– relay output on loss of communication


• Option: 2 alarm relay outputs
• Option: isolated analog output
The ANL48 is a digital display designed to show measurements available over an Ethernet or RS485 network. It can operate in client mode (automatic polling of a variable from a sensor),
or in server mode (a PLC writes the value to be displayed to the display).

6-DIGIT DISPLAY INDICATOR

Downloads:

anl36

• 16 parallel digital inputs (dry contact or voltage)
BCD, GRAY, or binary code
• Display
6-digit display, 96 x 48 mm format
4-digit alphanumeric unit
• Options:
isolated 4-20 mA analog output
relay output
RS485 Modbus connection
Ethernet Modbus TCP connection
• Application: Interface for encoders with parallel outputs

The ANL36 is a display with parallel digital inputs; it also allows the input code
to be transmitted via a communication port (RS485 or Ethernet) or converted into an analog signal.
The product’s configuration (resolution, encoding type: BCD, GRAY, BINARY, etc.) makes it suitable for the
vast majority of applications.

6-DIGIT DISPLAY WITH MULTIPLEXED INPUTS

Downloads:

anl24

• Digital control inputs
BCD inputs for displayed value
BCD inputs for digit selection
Display test input
• Display
6-digit 7-segment LED display, 8 mm high
Analog input for brightness adjustment
96 x 24 mm display
IP54-rated front panel
• Application
Display interface for PLC
TheANL24 is a BCD (Binary-Coded Decimal) digital display that converts binary data into a readable format
using 7-segment displays. It can be used to display information such as:
time, temperatures, measurements, or codes. To reduce the number of wires, it features BCD inputs
shared by all digits and digit selection inputs, allowing the value to be displayed
sequentially, digit by digit, using a programmable logic controller (PLC), for example.

ETHERNET DIGITAL FIELD DISPLAY

Downloads:

anl201

IP66 outdoor version for mounting on a support tube or wall

• ANL201ADF: ATEX explosion-proof option

• Display controlled via Ethernet, Wi-Fi, or RS485
• 24 VDC auxiliary power supply

• 5-digit LED display (red or green)


The ANL201 is a digital field display that shows variables from a communication bus. This product, which is extremely easy to install, is designed for use
in harsh outdoor environments or explosive atmospheres and offers a wide range of mounting options.

ISOLATED POWER SUPPLY FOR CML36 ON BUS

al71bus

Downloads:

al71-bus

• Direct power supply via the bus for 8 CML36 modules
– No wiring required; 24V distributed directly over the communication bus
– Ensures complete bus isolation
– Allows direct 230Vac power supply
– Low-noise linear power supply
– 24V 250mA output

– 24V auxiliary output terminal block

This power supply is particularly well-suited for use with CML36 data acquisition systems.
The output’s very high isolation impedance eliminates ground loop issues and ground currents
that can affect measurements or, in extreme cases, damage the modules. This solution significantly improves the reliability of
the installation and facilitates the implementation of CML36 modules. It helps ensure compliance with the implementation recommendations
for silo thermometry data acquisition systems.

15W POWER OVER ETHERNET INJECTOR

al53poe

Downloads:

al53poe


AL53PoE DIN-rail mounting enables the upgrade of existing networks to PoE

• Full protection against short circuits, overloads, and overheating

Compatible with IEEE 802.3af Class 0, 1, 2, and 3

• Universal input: 85–265 VAC and 120–370 VDC


The AL53poe Power over Ethernet injector is designed to provide Power over Ethernet (PoE) to switches that do not support this feature. This power supply plugs directly into the Ethernet network (between the switch and the PoE device) without requiring any configuration.

LOW-NOISE POWER SUPPLY

Downloads:

al45d

For 4–20 mA current loops

• Low-noise linear version or high-density switching version

• Total protection

Short circuits, overloads, thermal protection

• 1 to 8 isolated outputs

Complete circuit independence

• Extended-temperature, long-life version:
AL45DLL “long life” with polymer-filled

• Applications

4–20 mA loop power supply
with current limiting (transmitter protection)
Hart protocol, very low noise


These power supplies are available with 1 to 8 outputs and are particularly well-suited for implementing converters in a two-wire technical
(powered by the 4–20 mA loop). The isolation between each output eliminates ground-loop
s that could affect the measurement. Since each output is independent and low-power, any risk
of equipment damage is eliminated compared to the use of a single high-power output power supply.
The independence of each loop greatly increases the reliability of the installation.
The outputs allow for all wiring combinations to adapt to specific needs; connecting them in series or
parallel enables the creation of a balanced output, increasing the output current or voltage.
Description:
– The switching version offers high power density
without overheating due to its high efficiency; it also accommodates
a wide range of input voltages (AC or DC).

IP65 WATERPROOF POWER SUPPLY

Downloads:

al450ip

• Housing Assembly: Portable heat sink, waterproof and dustproof, highly corrosion-resistant, with screw-in waterproof connectors
Can be mounted on a wall using 4 M6 screws

• AC or DC input
; switching regulation
–85.265 VAC (50 Hz, 60 Hz, 400 Hz)
–100–370 VDC; 250–1500 VDC

• Output:
, max. total 5000 Watts, 1 to 3 outputs
, Output voltage: 12 Vdc–460 Vdc

• Protection
, short circuits, overloads, and thermal

• Option
Watchdog relay “OK output”
Rugged, portable power supply for outdoor or mobile embedded applications (carrying handle),
Configurable on request, fully protected, and available with 1 to 3 isolated outputs
Description:
– Switching power supply offering high power density and low heat generation, due to the high efficiency of
the electronics and no forced cooling thanks to the sealed, finned cast aluminum heat sink housing.

POWER OVER ETHERNET INJECTOR

al36poe

Downloads:

al36poe

• Direct integration into the Ethernet network between the switch and the PoE device
, enabling the upgrade of existing networks to PoE power delivery directly via the Ethernet cable

• Full protection against short circuits, overloads, and overheating

• 48V outputs, 5 watts via RJ45
, IEEE 802.3af compatible

• Universal input: 20–265 V AC/DC
• Applications: Integration of PoE devices into networks without a PoE switch



The AL36poe Power over Ethernet injector is designed to provide Power over Ethernet (PoE) to switches that do not support this feature. This power supply plugs directly into the Ethernet network (between the switch and the PoE device) without requiring any configuration.

ISOLATED SINGLE-OR-BALANCED OUTPUT POWER SUPPLY

Downloads:

al35

• Linear or switched-mode version
; AC input: 50 Hz, 60 Hz, 400 Hz, or DC

• Comprehensive protection
: Short circuits, overloads, thermal protection
: Current limiting, sensor protection

• 1 to 4 isolated outputs
Fixed or adjustable from 1V to 96V via coupling
Single-ended: 3V, 5V, 9V, 10V, 12V, 15V, 18V, 24V
Balanced: +/-5V, +/-12V, +/-15V,…..
Adjustable version from 1V to 24V

Applications
, 4–20 mA loop power supply
, instrumentation, sensors, strain gauges.

These power supplies are available with 1 to 4 outputs and are particularly well-suited for implementing converters in a two-wire technical
(powered by the 4–20 mA loop). The isolation between each output eliminates ground-loop
s that could affect the measurement. Since each output is independent and low-power, any risk of equipment damage is eliminated compared to using a single-output high-power supply. The independence of each loop significantly increases the reliability of the installation. The outputs allow for all wiring combinations to adapt to specific needs; connecting them in series or in parallel enables the creation of a balanced output and increases the output current or voltage.