GlobalSite Search Results
| Site Search | Product Search | IA Global Search |
previous
FAQ02083 for Solid-state Relays | OMRON Industrial...- ...d ON, but the zero cross function causes the load current to always flow from a point near zero so that inrush current can be suppressed more compared to Solid-state Relays that do not have t...
- FAQ02155 for Solid-state Relays | OMRON Industrial...
- ...measure. Connect a bleeder resistor as in the figure above and set the bleeder resistance value so that the Solid-state Relay input voltage is 0.5 V max. when the Solid-state Relay is OFF. 2....
- FAQ02237 for Solid-state Relays | OMRON Industrial...
- ...to turn ON, but near point A where there is no current flow the ON status cannot be maintained, so the Solid-state Relay turns OFF and then turns ON when the charge current starts to flow at ...
- FAQ00861 for Timers | OMRON Industrial Automation
- .... The power interruption compensation function saves the internal clock data and settings only, so the output circuit remains OFF. K3HB-X A Process Indicator Ideal for Discriminating and Disp...
- faq03033
- ...100 10S ON The specifications are a power supply voltage of 100 VAC with a 10 s power ON delay, so the replacement product should be the 100 to 240-VAC or 100 to 125-VDC H3CR-A8E. Note:The te...
- FAQ03053 for Timers | OMRON Industrial Automation
- ...ion for long periods of time (e.g., a month or longer) under high-temperature conditions. Doing so may reduce the life of the Timer due to deterioration of internal parts, such as electrolyti...
- faq03126
- ...separate motor and clutch connection. STP socket wiring and H2C-F top wiring are irrelevant and so a large change in wiring is required. The mounting method also must change from STP sockets ...
- faq03173
- ...nt of the external connection is not compatible. H3AM-NS cannot be used with DC power supplies, so see whether H3CR-A8E can be used to create a substitute function. The size of the panel cuto...
- faq01858
- ... - 100.8 W = 25.2 W To convert the internal loss to calories: By Joule's law, 1 W = 0.24 cal/s, so 25.2 W = 25.2 × 0.24 cal/s = 6.05 cal/s S8VS Multi-Function Indication Monitor for Productio...
- faq01877
- ...one that is one step higher in capacity. The connected load exceeds the Power Supply's ratings, so it is triggering the overload protection function. Select a different Power Supply with suff...
Top of page
© Copyright OMRON Corporation 2007 -
. All Rights Reserved.
OMRON Corporation