Designed to meet the demand for applications that require more flexibility than a simple relay, timer or counter, but are too small or simple for the smallest Nano PLC.

Designed to accept and control outputs just like a relay, Zelio Logic features dual language capability, using either Function Block Diagram (FBD) or Ladder Logic Programming (LL), and can easily be programmed by using either the front panel or by utilizing ZelioSoft software. Click here for more information on ZelioSoft software.

This new generation of Zelio Logic smart relays provides customers with considerable gains from the design stage to the monitoring of their applications, due to its simplicity and flexibility.

Benefits

• Simple programming – large LCD display with backlight enables front panel programming, and intuitive programming with Zelio Soft software
• Easy- installation – small footprint reduces enclosure size and choice of Dinrail or panelmount simplifies integration into customer installations.
• Cost-effective – compared to hardwired logic solutions, Zelio Logic can save up to 70% in wiring and installation costs and time.
• Increased System Flexibility- A compact and modular solution in a single product range, dual programming language capability, and multiple power capabilities (12VDC, 24VDC, 24VAC, and 120VAC), provides choice and flexibility with a limited number of product references.
• Open Connectivity – Systems can be remotely monitored via modem communications.
• Communications functionality – Zelio Logic offers a Modbus communications interface for easy integration into automation systems

Zelio-Logic Relay

SR1

The Zelio-Logic relay is more than a typical relay. It will accept inputs, has relay outputs like a programmable controller, but cannot be connected to a network.
Because it has timers, counters and clocks that can be programmed, this product is ideal for applications where a typical relay, timer or time clock isn't enough, but a PLC is
not justified.

The Zelio-Logic relay is designed for use in small automated systems.

It can be used in industrial and commercial applications.

Its small size and ease of programming provides a competitive alternative to traditional relays, timers and counters.

Programming can be done on the relay or by using the Zelio-Soft software on your windows based computer.

Zelio-Logic relays with four outputs will accept a 60 line program.

Zelio-Logic relays with eight outputs will accept a 80 line program.

Programming in Zelio-Soft can be done in ladder logic, electrical symbols or Zelio symbols.

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Compact Line - ABL7CEM
These single phase power supplies are designed to provide the dc voltage necessary for most simple circuits.

Features and Benefits

• Very light weight
• Wide range of permitted input voltages without any adjustments
  • 100-240Vac
  • 110-220Vdc
• Integrated overload, short circuit, and over voltage protection
• Output voltage stability of +2% max
• Output voltage is adjustable from 21.6 to 26.4 Vdc
  Terminals will accept stranded or solid wire and wires with forked or ring tongued connects.
• LED indication of output voltage
• Will mount on 35mm DIN 3 mounting track. Can be mounted directly to a panel
• Three versions are available:
  • 0.3A @ 24Vdc output
  • 0.6A @ 24Vdc output
  • 1.2A @ 24Vdc output

Modular Line - ABL7RM
These single phase power supplies are designed to provide the dc voltage necessary for most simple circuits. They provide:

Features and Benefits

• Very light weight
• Wide range of permitted input voltages without any adjustments
  100-240Vac
• Integrated overload, short circuit, and over and under voltage protection
• Output voltage stability of +2% max
• Output voltage is adjustable from
  • 12Vdc device - 12 to 14.4 Vdc
  • 24Vdc device - 24 to 28.8 Vdc
• Terminals will accept stranded or solid wire
• LED indication of output voltage
• Will mount on 35mm DIN 3 mounting track. Can be mounted directly to a panel with retractable mounting feet
• Two versions are available:
  • 1.9A @ 12Vdc output
  • 1.3A @ 24Vdc output

Universal Line - ABL7RE & ABL7RP
These single phase power supplies are designed to provide the dc voltage necessary for most simple circuits.

Features and Benefits

• Reduced weight
• Wide range of permitted input voltages without any adjustments
  100-240Vac
• Integrated overload, short circuit, and over and under voltage protection
• Output voltage stability of +3% max
• Output voltage is adjustable from
  • 12Vdc device - 12 to 14.4 Vdc
  • 24Vdc device - 24 to 28.8 Vdc
  • 48Vdc device - 48 to 57.6 Vdc
• Terminals will accept stranded or solid wire
• LED indication of input and output voltage
• Will mount on 35mm DIN 3 mounting track
• Four versions without filtering are available:
  • 2A @ 24Vdc output
  • 3A @ 24Vdc output
  • 5A @ 24Vdc output
  • 10A @ 24Vdc output
• Five versions with filtering meet the European standard EN61000-3-2:
  • 5A @ 12Vdc output
  • 3A @ 24Vdc output
  • 5A @ 24Vdc output
  • 10A @ 24Vdc output
  • 3A @ 48Vdc output

Process Line - ABL7UES and ABL7UPS
These three phase regulated switch mode power supplies are designed to economically supply more amperage for those larger applications. They provide:

Features and Benefits

• Compact size
• Wide range of permitted 3 phase input voltages without any adjustments
  400-520Vac
• Integrated overload, short circuit, and over and under voltage protection
• Output voltage stability of +1% max
• Output voltage is adjustable from 24 to 27.8 Vdc
• Terminals will accept stranded or solid wire
• LED indication of output voltage
• 5 and 10 amp versions will mount on 35mm DIN 3 mounting track.
  20 and 40 amp versions are mounted directly to a panel
• Four versions with filtering meet the European standard EN61000-3-2:
  • 5A @ 24Vdc output
  • 10A @ 24Vdc output
  • 20A @ 24Vdc output
  • 40A @ 24Vdc output

Osisonic Ultrasonic Technology

Transmitter - receiver

The active part of an ultrasonic sensor is a piezo-electric transducer, which acts as both transmitter (speaker) and receiver (microphone). It generates a pulsed ultrasonic wave (200 to 500 kHz) and moves through the air at the speed of sound.

Reflected sound wave

As soon as it encounters an object, a reflected sound wave (echo) returns to the transducer. A microprocessor analyzes the received signal and measures the elapsed time interval between the transmitted signal and the echo. By comparing this interval with preset or learned times, the sensor is able to calculate the precise sensing distance of the object and control the output states.

Principle based on time measurement

This sensing method ensures reliable operation, regardless of the object's color or opacity.