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E-T-A’s new REX12-T electronic circuit protector transforms how 24VDC switch mode power supplies are protected. Its state of the art connection technology, size and the benefits of electronic circuit protection over traditional thermal-magnetic circuit breakers will allow engineers to: save time and space, enhance design flexibility and increase machine uptime.
FEATURES
- Time savings: innovative mounting and connection technology reduces installation time by 50% and eliminates the need for additional accessories (Busbars)
- Space savings: two channels are only 12.5 mm wide
- Design flexibility: modular design makes system upgrades easy
- Increased machine uptime: Smart version (REX12D-T) provides monitoring and remote diagnostics with IO-Link connection
- Electronic overcurrent protection: supply module (EM12-T) and single or double channel REX12-T electronic circuit protector
- Modular side by side DIN Rail mounting
- 12.5 mm width
- Operating Voltage: 24VDC
- Current Ratings:
1 – 10A (in fixed increments 1, 2, 3, 4, 6, 8, 10A) (1 channel)
2A/2A, 4A/4A, 6A/6A (2 channel)
- Approvals: UL 2367, UL 60947 and UL 508
- Integrated connection technology (no additional accessories)
- Manual ON/OFF/Reset momentary switch
- Status indication LED and signal contact
The multi-input/output (IMO) from Pepperl+Fuchs is a multifunctional device for DIN
rail installation and connects discrete inputs and outputs to
fieldbus. It is typically installed in a field enclosure close to the
sensors in the hazardous area, thereby minimizing wiring. The
MIO is certified intrinsically safe and as associated apparatus:
inputs and outputs are intrinsically safe even when the fieldbus
connection is not.
The MIO device provides connections for up to 12 discrete
inputs and 4 discrete outputs. The device is compatible to
components FD0-VC-Ex* and FD0-BI-* and offers control and
position feedback for 4 low-power valves. Measurements for
breakaway time and runtime can be set with limits for
alarming. Automatic partial stroke testing is configurable.
4 inputs can be configured for vibrating forks and 1 input for
frequency and counter signals, e. g., for rotating equipment.
The MIO communicates data, configuration, alarms and
function blocks to the distributed control system (DCS). Inputs can be configured all at once or
individually. The fieldbus powers the sensors and the MIO
itself, extra power or wiring are not required.
FEATURES
- For discrete inputs and outputs
- Installation in Zone 1/Div. 1, intrinsically safe
- Sensors in Zone 0/Div. 1
- Connection to fieldbus acc. to FISCO or Entity
- For PROFIBUS PA or FOUNDATION Fieldbus H1
- Monitors sensor condition
- Removable terminals
- Power, com, diagnostics, and error LEDs
- Test points for easy troubleshooting
L-GAGE® LTF Series Laser Sensors from Banner Engineering are now available in extended range models capable of reliably detecting and inspecting objects from up to 24m away without the use of a retroreflector. The sensors achieve accuracy error of less than 1% of range and less than 25mm of accuracy error when using a white target. They offer greater range capabilities than similarly priced time-of-flight sensors and are an affordable alternative to sensors with similar range capabilities.
FEATURES
- The extended 24m range allows LTF Series sensors to be used to solve many applications that previously were primarily solved by more expensive sensors specifically developed for long distances.
- Diffuse mode sensing eliminates the need for a retroreflective target, simplifying installation and maintenance – users can begin inspections more quickly with no downtime to service targets.
- The two-line, eight-character display and pushbutton programming facilitate sensor setup and troubleshooting, and enable real-time distance measuring and application monitoring.
- A durable IP67 housing, high ambient light immunity, and stable performance across temperatures ensure reliable performance in many challenging environments.
- Models featuring IO-Link communication have powerful advanced features, including remote configuration, remote monitoring, and extended diagnostics, all of which simplify the maintenance and management of sensors deployed in distant and hard to access areas.
