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Model | H3CA-A-101 |
---|---|
Category | Timer |
Display | LED |
Operating Temperature | -10 to 55 °C |
Storage Temperature | -25 to 65 °C |
Operating Voltage | 100-240 VAC |
Power Supply Voltage | 100 to 240 VAC |
Contact Output | SPDT |
Mounting | DIN Rail |
Mounting Style | Panel Mount |
Details the meaning and importance of warning symbols used in the manual for hazard identification.
Lists essential guidelines for preventing accidents and product damage during operation and installation.
Outlines operating power, environmental conditions, and recommended fuse for the timer.
Describes how to interpret and clear internal IC errors displayed on the unit.
Explains how to modify preset values, operation modes, time units, and set times.
States the product's classification as Class A and the requirement for measures against radio interference.
Provides a visual representation of the timer's physical size and mounting dimensions.
Details the procedure for selecting one of the eight available operation modes using the front panel switch.
Explains how to select time units (0.1s to 10h) and set the timer duration (001-999).
Guides on wiring solid-state inputs (transistors, proximity/photoelectric switches) to the timer terminals.
Provides instructions for connecting dry contact inputs to the timer terminals, emphasizing contact reliability.
Lists different configurations and mounting options available for the timer, such as terminal types and socket compatibility.
Shows the standard DIN symbol associated with this timer model.
Illustrates the timing sequence for the ON Delay operation mode when triggered by power or start signal.
Shows the timing diagram for the Flicker operation mode, indicating ON/OFF output cycles.
Depicts the timing for signal-controlled ON/OFF delay, where output acts when signal is ON.
Illustrates the timing for signal-controlled OFF delay, where output acts when signal turns OFF.
Shows the timing sequence for the Interval Timer mode, with a set time delay before output.
Presents the timing for one-shot and flicker operation modes, combining pulse and interval control.
Shows timing for signal-controlled ON/OFF delay, where output does NOT act when signal is ON.
Illustrates timing for signal-controlled OFF delay, where output acts differently based on signal state.