Schneider CCT16364 | Acti 9 – IH – mechanical time switch – 24 h – without memory
1. Technical Specifications CCT16364
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Product Reference: CCT16364
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Series: Acti9 IH
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Product Type: Mechanical time switch
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Time Range: 24-hour cycle
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Programming Type: Mechanical, daily repeat cycle
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Minimum Switching Interval: 15 minutes
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Switching Capacity:
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Resistive Load: Up to 16 A at 250 V AC
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Inductive Load (cos φ = 0.6): Up to 10 A
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Output Contact Configuration: SPDT (Single Pole Double Throw) – 1 changeover contact
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Operating Voltage: 230 V AC ±10%
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Frequency: 50/60 Hz
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Power Consumption: ~1 VA
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Backup Battery / Memory: None (settings lost if power fails)
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Mounting Type: DIN rail, 1 module wide (18 mm)
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Connection Terminals: Screw clamp terminals
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Degree of Protection:
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IP20 (front face when mounted in enclosure)
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Ambient Operating Temperature: –10°C to +55°C
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Standards Compliance:
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IEC 60730-1
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IEC 60730-2-7
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CE marked, RoHS compliant
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Mechanical Durability: Over 100,000 operations
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Programming Mechanism: Dial with 96 switching segments (15-minute steps)
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Manual Override: Yes (ON/AUTO/OFF selector)
2. Key Features CCT16364
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Mechanical 24-hour timer for simple, daily recurring operations
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No memory backup, so programming resets if power is lost
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Easy programming with rotary dial and push-in segments
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Allows automatic switching on and off of circuits every day
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Compact 1-module width fits neatly in DIN rail enclosures
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Manual override switch allows instant control when needed
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Suitable for resistive and inductive loads (lighting, small motors, etc.)
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Maintenance-free design, long life, no software or programming required
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Fully compatible with Acti9 modular panels and standard DIN systems
3. Applications
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Ideal for residential, commercial, or light industrial use
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Commonly used for controlling:
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Outdoor or indoor lighting systems
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Water heaters
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Ventilation or exhaust fans
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Irrigation pumps
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Signboards and display lighting
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Perfect for applications needing daily on/off cycles without complex automation
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Used where reliable, low-cost timing control is required without dependence on digital programming


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