TRICONEX 4000093-306 Safe Input/Output (I/O) Module

TRICONEX 4000093-306 Safe Input/Output (I/O) Module

Specific Parameters​

Electrical Parameters​

Operating Voltage: 24V DC±10%, compatible with industrial standard safety circuit power supply​

Input Channels: 16 digital safety inputs, supporting dry contact/wet contact signals​

Output Channels: 8 digital safety outputs, relay output type (Single-Pole Double-Throw)​

Input Signal Range: Wet contact input 5-30V DC, dry contact input supporting passive contacts​

Output Contact Capacity: Maximum 2A@250V AC/30V DC per output, meeting small and medium actuator drive requirements​

Safety Integrity Level: SIL 3 (compliant with IEC 61508), Performance Level PL e (compliant with ISO 13849-1)​

Response Time: Input signal response ≤10ms, output signal action ≤15ms​

Diagnostic Coverage: ≥99%, supporting channel-level fault diagnosis (open circuit, short circuit, overvoltage)​

Communication Interface: Communicates with the controller via TRICONEX dedicated backplane bus, transmission rate 100Mbps​

Electrical Life: Input channels ≥10 million signal switches, output relay contacts ≥100,000 operations​

Insulation Resistance: ≥100MΩ between contacts and between contacts and housing (measured with 500V DC megohmmeter, normal temperature and state)​

Voltage Withstand Strength: ≥2500V AC between contacts and between contacts and housing (1 minute no breakdown, leakage current ≤1mA)​

Mechanical Parameters​

Overall Dimensions: 160mm (W) × 100mm (H) × 220mm (D), standard rack-mounted module design​

Weight: Approximately 0.8kg, compatible with TRICONEX standard I/O rack installation​

Mounting Method: Plug-in installation (compatible with TRICONEX 4100/4200 series I/O racks), supporting online hot-swapping​

Housing Material: Die-cast aluminum alloy (main body) + flame-retardant engineering plastic (interface panel), anti-electromagnetic interference​

Connection Method: 2 sets of 37-pin D-Sub connectors (independent input/output), compatible with shielded twisted-pair cables​

Protection Rating: IP20 (module itself), relying on the overall protection of the I/O rack​

Status Indication: Independent LED indicators for each channel (input signal: green; output status: red; fault: yellow), rack-level status indicators (power, communication, redundancy)​

Environmental Parameters​

Operating Temperature: -40℃ to +70℃, operation without derating​

Storage Temperature: -40℃ to +85℃, meeting extreme storage and transportation requirements​

Relative Humidity: 5% to 95% (non-condensing), suitable for high-humidity industrial scenarios​

Vibration Resistance: 10-500Hz frequency range, 1.5g acceleration (sine wave), no structural loosening or signal drift​

Shock Resistance: 20g acceleration (half-sine wave, duration 11ms), meeting rack-mounted shock resistance requirements​

EMC Compliance: Meets EN 55014-1 (emission limits), EN 55014-2 (immunity), EN 61326-1 (industrial environment)​

Installation Altitude: ≤2000m (derating required when exceeding; power derating 10% for every 1000m increase from 2000m to 5000m)​

Product Performance​

High safety and reliability: TMR redundancy architecture can tolerate single-channel faults, with system fault-free operation probability up to 99.999%​

Optimized channel density: 16-input 8-output design reduces rack space occupation and lowers system hardware configuration costs​

Fast fault response: Millisecond-level signal processing and action time, enabling quick disconnection of dangerous circuits​

Excellent maintenance convenience: Supports online hot-swapping replacement without interrupting the safety system operation, maintenance time ≤10 minutes​

Comprehensive diagnostic capability: Channel-level fault self-diagnosis can accurately locate abnormalities such as open circuits and short circuits, with real-time fault information upload​

Wide compatibility: Seamless integration with TRICON and TRICON CX series controllers, supporting data interaction with DCS systems​

Strong environmental adaptability: Wide operating temperature range and anti-vibration/shock design, adapting to harsh working conditions such as chemical workshops and offshore platforms​