Technical Specifications
- Form Factor Length: 9-inch non-redundant chassis
- Supported IOM Quantity: Single digital input IOM per CC-TDIL01
- Digital Input Terminal Count: 32 discrete dry/wet contact input channels
- Nominal Input Signal Level: 24 VDC wet contact, dry contact passive input
- Per-Channel Surge Withstand Rating: 36 VDC transient voltage
- Channel-to-Bus Isolation Voltage: 2500 VAC galvanic isolation
- Built-in Signal Debounce Filter Time: 8 ms fixed hardware filter
- Terminal Screw Torque Rating: 0.8 N·m recommended tightening torque
- Acceptable Wire Gauge: 24 AWG to 14 AWG solid/stranded copper wire
- Operating Temperature Range: -40 °C to +70 °C
- Physical Dimensions: 228 mm × 105 mm × 28 mm
- Net Weight: 0.30 kg
Functional Features
- Hardware signal debounce filter eliminates mechanical contact switch bounce false input triggers
- Independent TVS transient surge suppression per digital input channel
- Full galvanic isolation separating field discrete wiring and DCS backplane bus circuits
- Front terminal block labeled channel numbering aligned with Experion PKS discrete input addressing
- Rear edge connector mechanical lock mating with CC-PDIL01 digital input IOM module
- Pre-installed DIN rail mounting clip for cabinet rack installation
Performance Parameters
- Input impedance per channel: ≥ 10 kΩ
- Wet contact on-state threshold: ≥18 VDC; off-state threshold ≤5 VDC
- Debounce filter settling time: fixed 8 ms hardware delay
- Terminal contact resistance: ≤ 10 mΩ per channel pair
Material Composition
- Chassis Housing: UL94 V-0 flame retardant PA66 glass-filled plastic
- Terminal Hardware: Nickel-plated steel screws, gold-plated copper contact blocks
- Internal PCB: FR-4 industrial circuit board with conformal anti-corrosion coating
Structural Characteristics
- 9-inch medium-width non-redundant IOTA footprint optimized for 32-channel dense discrete input racks
- Front fully exposed screw terminal bank for easy field wiring access
- Single rear edge connector locking onto digital input IOM female port
- Full-length DIN rail mounting base with anti-vibration locking tab
Working Principle
Binary discrete signals from field limit switches, trip contacts and equipment status sensors terminate on front screw terminals; hardware RC debounce filters suppress mechanical contact bounce noise; surge suppression circuits absorb transient voltage spikes from field wiring; isolated signal conditioning circuits convert wet/dry contact signals to standardized digital logic levels, routed through rear edge connector to paired digital input IOM module. Galvanic isolation barriers block ground loop noise and cross-channel signal interference.
Advantage Highlights
- Built-in hardware debounce eliminates software filter configuration workload for discrete switch inputs
- 32-channel high-density layout reduces cabinet rack space consumption for large discrete input systems
- Integrated surge protection removes external signal isolator hardware requirements
- Non-redundant compact design lowers capital cost for non-safety critical discrete monitoring loops
- IOM hot-swap capable without field wiring disconnection during maintenance
Applicable Industries
General process discrete status monitoring: conveyor systems, motor auxiliary feedback, tank level limit switches, valve position feedback, HVAC industrial control, packaging manufacturing
Installation Requirements
- Exclusive pairing with CC-PDIL01 non-redundant digital input IOM module
- Mount on standard 35 mm DIN rail inside Class 1 industrial control cabinet
- Discrete field wiring uses shielded twisted-pair cable, single-point shield grounding at IOTA earth terminal
- Maintain minimum 10 mm vertical clearance above chassis for heat dissipation
- Cabinet protective earth bus hardwired to dedicated CC-TDIL01 ground terminal screw
Usage Precautions
- Do not apply transient voltage exceeding 36 VDC to any digital input terminal
- Avoid parallel routing of high-current motor power cables adjacent to discrete input wiring
- Do not over-tighten terminal screws beyond specified torque rating to prevent plastic terminal block cracking
- Dry contact input loops must not carry external voltage sources to avoid channel circuit damage
- Quarterly maintenance inspection of terminal screw tightness to prevent loose contact resistance drift
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