Ideal for Current Monitoring for Industrial Facilities and Equipment. Monitor for overcurrents or undercurrents.(K8AK-AS)

Ideal for Current Monitoring for Industrial Facilities and Equipment. Monitor for overcurrents and undercurrents simultaneously.(K8AK-AW)

Three-phase Phase-sequence Phase-loss Relay Using Voltage Detection Method. 22.5 mm (W). Two SPDT output relays(K8AK-PH)

Ideal for Voltage Monitoring for Industrial Facilities and Equipment. Monitor for overcurrents and undercurrents simultaneously.(K8AK-VW)

Ideal for Monitoring 3-phase Power Supplies for Industrial Facilities and Equipment. 17.5 mm (W). One SPDT output relays(K8DS-PM)

Ideal for Monitoring 3-phase Power Supplies for Industrial Facilities and Equipment. 17.5 mm (W). One SPDT output relays(K8DS-PU)

Ideal for 3-phase Voltage Asymmetry Monitoring for Industrial Facilities and Equipment. 17.5 mm (W). One SPDT output relays(K8DS-PA)

Ideal for Monitoring 3-phase Power Supplies for Industrial Facilities and Equipment. 17.5 mm (W). One SPDT output relays(K8DS-PZ)

Ideal for Monitoring 3-phase Power Supplies for Industrial Facilities and Equipment. 22.5 mm (W). Two SPDT output relays(K8AK-PM)

Ideal for Monitoring 3-phase Power Supplies for Industrial Facilities and Equipment. 22.5 mm (W). Two SPDT output relays(K8AK-PW)

Complete line-up of compact units, including OFF-delayed safety output models(G9SE)

Our Value Design Products Increase the Value of Your Control Panels. Global standard size, low profile type slim I/O solid state relay with width 6.2 mm.(G3RV-SR)

Our Value Design Products Increase the Value of Your Control Panels. Global standard size, low profile slim I/O relay with width 6.2 mm.(G2RV-SR)

Our Value Design Products Increase the Value of Your Control Panels. I/O Relay Terminals with 16 Points and Push-In Plus terminal blocks to Downsize Control Panels and Save Labor.(G70V)

Our Value Design Products Increase the Value of Your Control Panels. Single-phase SSR for low heat generation enables carrying 25 A (G3PJ-[]25B(-PU)) even for close mounting of three SSRs to contribute to downsizing of control panels. Models available with push-in input terminals.(G3PJ)

Our Value Design Products Increase the Value of Your Control Panels. Detect errors in motors and other equipment through current changes. Use in either overcurrent or undercurrent mode.(K8DT-AS)

Our Value Design Products Increase the Value of Your Control Panels. Detect errors in motors and other equipment through current changes. Monitor for overcurrents and undercurrents simultaneously with one Relay.(K8DT-AW)

Our Value Design Products Increase the Value of Your Control Panels. Detect abnormal voltages applies to equipment to protect against equipment failure. Use in either overvoltage or undervoltage mode.(K8DT-VS)

Our Value Design Products Increase the Value of Your Control Panels. Detect abnormal voltages applies to equipment to protect against equipment failure. Monitor for overvoltages and undervoltages simultaneously with one Relay.(K8DT-VW)

Our Value Design Products Increase the Value of Your Control Panels. Protect motors and other equipment from unstable voltages in the power supply system. Protect motors and other equipment by detecting phase sequence and phase loss for three-phase power supplies.(K8DT-PH)

Our Value Design Products Increase the Value of Your Control Panels. Protect motors and other equipment from unstable voltages in the power supply system. Protect motors and other equipment by detecting overvoltages, undervoltages, phase sequence, and phase loss for three-phase power supplies.(K8DT-PM)

Our Value Design Products Increase the Value of Your Control Panels. Protect motors and other equipment from unstable voltages in the power supply system. Detect overvoltages, undervoltages, voltage asymmetry, phase sequence, and phase loss for three-phase power supplies.(K8DT-PZ)

Our Value Design Products Increase the Value of Your Control Panels. Ideal to prevent heater overheating. Self-latching output to contribute to safe equipment operation.(K8DT-TH)

SSR with Plug-in Terminals The Same Shape as the G2R-1-S Power Relays(G3R-I/O)

Connect I/O Relay Terminals to I/O Units for Programmable Controllers with one touch.(XW2Z-R)

Easy-to-use, Space-saving 16-point Output Block(G70D-VSOC16 / VFOM16)

Space-saving and Labor-saving 8-point Output Block(G70D-SOC08)

Compact Terminal Relay with 4 Independent Outputs(G6B-4[][]ND)

Model with Push-In Plus technology Added to Terminal Relays with Four-point Output Lineup(G6D-F4PU / G3DZ-F4PU, G6D-F4B / G3DZ-F4B)

Same shape as J7KC magnetic contactors Ideal for standardizing panel design(J7KCA Series)

Motor Protection from Overload and Phase -loss by Combination with J7KC for up to 2.2 kW (240 VAC) *, 5.5 kW (440 VAC) * Based on JIS C 8201-4-1(J7TC Series)

Participants will run from Titusville to Tarpon Springs via Florida's growing coast to coast connector project

If you're wondering what could be common between a game of relay and a cyclical mutual fund, there are quite a few to state.

In this paper, we analyze the symbol error rate (SER) performance of the simultaneous wireless information and power transfer (SWIPT) enabled three-node differential decode-and-forward (DDF) relay networks, which adopt the power splitting (PS) protocol at the relay. The use of non-coherent differential modulation eliminates the need for sending training symbols to estimate the instantaneous channel state informations (CSIs) at all network nodes, and therefore improves the power efficiency, as compared with the coherent modulation. However, performance analysis results are not yet available for the state-of-the-art detectors such as the approximate maximum-likelihood detector. Existing works rely on Monte-Carlo simulation to show that there exists an optimal PS ratio that minimizes the overall SER. In this work, we propose a near-optimal detector with linear complexity with respect to the modulation size. We derive an accurate approximate SER expression, based on which the optimal PS ratio can be accurately estimated without requiring any Monte-Carlo simulation.

A laser relay module for free space optical communications including an optical telescope for receiving and transmitting optical beams; an optical diplexer for separating transmitting and received optical beams; an optical amplifier; a modulated beacon laser for line of sight control of a plurality of communicating remote network nodes; a beacon beam detector for detecting an incoming beacon optical beam for line of sight control of the optical telescope and receiving data from other network nodes; and means for inserting an output of the modulated beacon laser into the optical telescope for transmission to another network node, and for transporting the incoming beacon optical beam to the beacon detector.

A relay apparatus of a video and audio transmitting/receiving system delays a time before transmitting an authentication start instruction after an authentication start video signal being transmitted to a receiving apparatus. Accordingly, a problem that the receiving apparatus receives the authentication start instruction from the relay apparatus before locking the authentication start video signal and cannot perform authentication processing normally, leading to a failure in authentication. A correction time is decided based on a resolution of the authentication start video signal transmitted from the receiving apparatus and a combination of receiving apparatuses and transmitting apparatuses connected to the relay apparatus.

A brake system and related components including a metering device are configured to regulate a control signal received from a brake control device such that a control valve delays the supply of a level of requested braking pressure for a prescribed amount of time. The metering device can be an inversion valve and orificed check valve in a control circuit adapted to allow relatively unrestricted flow until a threshold pressure is reached, after which pressure the inversion valve closes and the flow is metered through an orifice. This has the effect of allowing rapid brake actuation to a first level, and then slowing further application of the brake until full requested braking is achieved. An electronic control unit can also be configured to regulate a control signal to delay development of the requested brake pressure.

Disclosed is an image forming system including: the relay apparatus; the image forming device which is connected to the first communication control unit of the relay apparatus and which acquires the sheet interval information of the downstream post-processing device through the first communication system; and the second post-processing device which is connected to the second communication control unit of the relay apparatus, the second post-processing device being compliant with the second communication system.

Disclosed is an image forming system including: an image forming device to notify a downstream post-processing device of sheet information relating to a sheet on which an image is formed, before the sheet is discharged, and to notify the downstream post-processing device of set separation information indicating a final sheet of each set of document in synchronization with the sheet information relating to the final sheet of each set in case that a plurality of sets of document are printed, the image forming device being compliant with a first communication system; a post-processing device which is connected to a downstream of the image forming device and is compliant with a second communication system which is different from the first communication system; and the relay apparatus which is connected to the image forming device through the first communication system and is connected to the post-processing device through the second communication system.

A self-propelled cable relay truck includes: a power transmission relay unit to which a power supply side cable configured to perform power transmission between a power supply and the relay truck, and a work machine side cable configured to perform power transmission between an electric work machine and the relay truck are connected to perform relay of the power transmission between the power supply side cable and the work machine side cable; a travel device configured to perform traveling operation so as to be able to move the power transmission relay unit; and a movement control unit configured to perform movement control of the travel device.

The high voltage relay consists of a main body (1). One set of electrical contacts (2a, 2b) upper and lower respectively. High voltage connections to connect the voltage being switched (3a, 3b) are electrically connected to the upper and lower contacts respectively. Several size options for the electrical contacts will allow for a wide range of currents. A cylinder (4) driven by a fluid (e.g. Air, Nitrogen, Hydraulic fluid) moves the electrical contacts together during the ON state of the device. During the OFF state of the device the cylinder moves the electrical contacts apart to isolate the switch voltage. The greater the High Voltage being switched the greater the distance the electrical contacts must be moved apart in the OFF state. The cylinder is supplied the fluid power from a small solenoid (5) on the device. This solenoid has control voltage connections to actuate the device.

Christina Belone, Talisa Budder and Matt Woody to take part on second day of 85^th edition of the prestigious event

Christina Belone, Talisa Budder and Matt Woody compete in the 85^th edition of the annual event

Baldwin City, Kansas - The Haskell Indian Nations University men's track and field teams competed at the Baker Relays on Saturday.

Opposition leader Adrian Delia meets PBS top officials

Interpretation of a 3D seismic survey located on the western margin of the Northern North Sea Basin demonstrates how the propagation, overlap and linkage of two north–south-striking, en echelon normal fault segments exerted a powerful influence over prospective subtle stratigraphic traps. The relay ramp that formed between the segments appears to have focused sediment dispersal, controlled reservoir distribution and aided post-depositional petroleum migration. Integration of electrical well log data, root-mean-square (RMS)-amplitude analysis and biostratigraphy with seismic interpretation demonstrates that a series of elongate, linear, sand-prone (reservoir) channel complexes characterize the depositional slopes generated by fault growth. The combination of synsedimentary rotation of bedding due to fault propagation and associated footwall uplift led to erosion and truncation of a laterally extensive, older channelized system (Lower Sequence), the downdip parts of which extend beyond the relay ramp. Its subsequent drape by transgressive shales created the subtle stratigraphic trap that now hosts the Cladhan Field, with charge occurring because the sandstones belonging to the Lower Sequence extend as far as the active kitchen in the neighbouring (hanging-wall) depocentre situated downdip and to the east. In contrast, the exploration of a younger, Upper Sequence of sandstones has proven to be disappointing due to their more restricted distribution, lack of access to charge, and occurrence of faults that offset and breach the thin end of the stratigraphic wedge. The implication is that partially breached relay ramps not only provide a preferential site for syn-rift clastic reservoirs to develop but also form important migration pathways through which oil passed from a petroleum kitchen into a trap.

Thematic collection: This article is part of the Under-explored plays and frontier basins of the UK continental shelf collection available at: http://www.lyellcollection.org/cc/under-explored-plays-and-frontier-basins-of-the-uk-continental-shelf