FUJI Temperature Controller PXRTCY1-8V000-A

Core Features 1. Thermocouple-Optimized Input (T-Suffix) The "T" suffix prioritizes compatibility with thermocouples, the most widely used sensors in industrial temperature control: Supported Thermocouple Types: Covers mainstream variants (K/J/T/R/S/B/E/N), spanning -200°C to 1800°C (e.g., K-type for 0-1200°C general industrial heating; S-type for 0-1700°C high-temperature furnace applications; J-type for -200°C to 750°C low-to-medium temperature scenarios). Enhanced Cold-Junction Compensation (CJC): Eliminates measurement errors caused by ambient temperature fluctuations around the thermocouple’s cold junction, ensuring control accuracy within ±0.3% FS ±1 digit—sufficient for non-critical but demanding processes (e.g., plastic injection molding). Sensor Fault Detection: Automatically identifies open/short circuits in thermocouples, triggering visual alerts (via LED display) to prevent miscontrol (e.g., overheating due to invalid temperature data) and reduce unplanned downtime. 2. Adaptive Control Modes for Practical Use Equipped with FUJI’s user-friendly control algorithms to handle common thermal loads: Auto-Tuning PID: Analyzes load characteristics (thermal inertia, response lag) during startup to automatically optimize proportional (P), integral (I), and derivative (D) parameters. Reduces overshoot to ≤3% of the setpoint and maintains steady-state temperature deviation within ±0.5% FS—ideal for equipment with moderate thermal lag (e.g., small reaction kettles). ON/OFF Control (Backup): A simple, reliable fallback mode for basic loads (e.g., small heating plates or incubators), switching the output on when the measured temperature (PV) is below the setpoint (SV) and off when above—no tuning required for quick deployment. Manual Adjustment: Allows operators to directly set output power (0-100%) for on-site testing, calibration, or emergency operation (e.g., troubleshooting heater performance). 3. "8V000" Configuration: Flexible Output & Streamlined Functionality The "8V000" suffix defines the controller’s I/O setup, tailored for industrial adaptability without unnecessary complexity: Main Output (8): 1-channel configurable output supporting three common industrial actuation types: SSR (Solid-State Relay) Drive (DC 3-32V, 20mA max): For fast-response, low-noise control of precision heaters (e.g., semiconductor wafer stage heaters or laboratory hot plates), enabling frequent on/off cycles to maintain tight temperature ranges. Relay Output (SPDT AC250V 5A): For driving high-power loads (e.g., industrial oven heating elements, contactors) in low-frequency switching scenarios (≤10 operations/min, typical for slow-heating equipment). Analog Current Output (4-20mA): For proportional control of variable-speed devices (e.g., inverter-driven cooling fans or proportional valves), adjusting output linearly with temperature deviation to stabilize dynamic loads. Auxiliary Output (V): 1-channel dedicated voltage output (DC 0-10V) for proportional actuation of auxiliary equipment: Controls variable-speed cooling fans in plastic processing machines, matching fan speed to temperature rise to avoid rapid cooling shocks. Drives proportional valves for heating/cooling medium (e.g., hot water or chilled water) in small-scale HVAC systems for precise temperature balancing. No Pre-Installed Modules (000): A base model without built-in communication or extra alarm modules, keeping costs low while retaining an expansion slot for optional RS-485 (Modbus RTU) integration—ideal for users who may need future connectivity to PLCs or HMIs. 4. APAC-Market-Optimized "A" Suffix Design The "A" suffix denotes optimization for Asia-Pacific industrial environments and standards: Universal Power Supply: AC 100-240V (50/60Hz) input, compatible with regional power grids (e.g., 220V 50Hz in China, 100V 60Hz in Japan, 230V 50Hz in Southeast Asia)—no voltage selectors required, simplifying global deployment in multi-site operations. Regional Certifications: Compliant with APAC safety standards (IEC 61010-1) and EMC regulations (CISPR 22 Class A), minimizing electromagnetic interference from nearby high-voltage equipment (e.g., motors, welders) and ensuring stable performance in dense factory settings. Environmental Resilience: Operates reliably at -10°C to 55°C (ambient temperature) and 30-85% RH (non-condensing), withstanding humidity in tropical workshops (e.g., Southeast Asian food processing plants) or dry industrial zones. 5. User-Friendly Operation & Durability Designed for efficiency in fast-paced industrial settings: Dual 4-Digit LED Displays: High-brightness, color-coded displays (green for PV/real-time temperature, red for SV/setpoint) that show both values simultaneously—eliminating the need for display switching and enabling quick status checks. 5-Key Tactile Panel: Simplified keypad with dedicated "Auto-Tune" and "Set" keys, reducing parameter setup time by 20% compared to complex multi-key interfaces. Features 2-level password protection to prevent unauthorized changes to critical settings (e.g., PID constants, alarm thresholds). Rugged Build: Front panel rated IP65 (dust-tight, protected against low-pressure water jets), suitable for use in dusty (e.g., metal processing) or wet (e.g., beverage production) environments. Power-off memory retains all parameters (SV, PID settings, I/O configurations) for ≥10 years without power, ensuring seamless restart after outages. Typical Applications Industry Application Scenario Key Features Utilized Plastic Processing Injection Molding Machine Barrels (180-300°C) K-type thermocouple support, auto-tuning PID, SSR drive output (precise heating), 0-10V cooling fan control. Laboratory & R&D High-Precision Hot Plates (50-300°C) Pt100/RTD compatibility (via input config), manual adjustment mode, IP65 protection (resists spills). Food & Beverage Small-Scale Pasteurization Equipment (65-85°C) K-type thermocouple, relay output (heater control), IP65 panel (CIP washing), APAC power supply. Electronics Assembly PCB Reflow Soldering Ovens (150-250°C) Auto-tuning PID (stable temperature gradient), sensor fault detection (prevents board damage), optional RS-485. Metal Finishing Small Heat Treatment Furnaces (200-800°C) J-type thermocouple, relay output (high-power heaters), power-off memory (recipe retention).