Autonics CT6M-1P4 Overview The Autonics CT6M-1P4 is an multifunction digital timer engineered for precise and flexible time control in industrial automation and machinery uses. Featuring a bright 4-digit bright LED display and universal power input, it delivers precise timing operations with easy setup and monitoring. The CT6M-1P4 supports multiple timing modes, making it well suited for various control and sequencing tasks. Key Features Multifunction digital timer with 4-digit bright LED display Wide time range and multiple operation modes Universal power supply (100–240 V AC, 50/60 Hz) space‑saving 1/16 DIN panel size (48 × 48 mm) High-visibility display for clear status indication Easy front-panel setting and reset function Relay output for dependable switching control Long lifespan with high precision and stability Technical Specifications Manufacturer: Autonics Model: CT6M-1P4 Type: Multifunction Digital Timer Display: 4-digit 7-segment LED (Red) Power Supply: 100–240 V AC, 50/60 Hz Operation Modes: On-delay, Off-delay, Interval, One-shot, Repeat, and more Time Range: 0.001 sec to 9999 hrs (selectable) Output Type: Relay (1 Form C, SPDT) Contact Capacity: 250 V AC, 3 A (resistive load) precision: ±0.3% ±50 ms Reset Methods: Power off, Manual, or External reset Mounting Type: Panel Mount (1/16 DIN) Dimensions: 48 × 48 × 77 mm Operating Temperature: –10 °C to +55 °C Protection Rating: IP65 (front panel) Standards & Certifications: CE, UL, cUL Applications Industrial process timing and control Conveyor and packaging machinery Sequential operation and cycle timing Automatic start/stop systems Laboratory and testing equipment Why Choose Autonics CT6M-1P4? Precise and consistent time control for automation processes Easy configuration with clear bright LED display Supports multiple timing functions in one space‑saving unit Backed by Autonics reliability and operation Order Now Optimize your process timing and control with the Autonics CT6M-1P4, a multifunction digital timer built for precision, versatility, and dependable automation operation.
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