Extech® 96VFL11 1/4 DIN Temperature PID Controller with Two Relay Outputs
Temperature & Process Controllers
PDW~12103928
MFG #: 96VFL11
Extech®
329.99000
/ ea
- Catalog Number: 96VFL11
- Control Type: Fuzzy Logic Enhanced Three Term PID with Auto Tune/Proportional Band/Integral Time/Derivative Time/Hysteresis/1 to 100 s Cycle Time
- Country of Origin: TW
- Display Type: Dual 4 Digit 7-Segment LED
- Gross Weight Per Pack: 0.9000 lb
- Input Type: Type K/J/B/T/E/R or S/N/C Thermocouple, PT100O RTD (DIN), PT100O RTD (JIS) RTD
- Output Type: (2) 5 A at 110 VAC SPST Resistive Load Control/Alarm Relay, 4 to 20 mA DC Output Resistive
- Power Rating: <5 VA
- Size: 96 mm H x 96 mm W x 90 mm D
- Specifications: 90 to 264 VAC at 50/60 Hz, +/-1.8 deg F Thermocouple, +/-0.36 deg F RTD Accuracy, IP63, -4 to 122 deg F, Lexan Front Panel
- UNSPSC: 42182209
- UPC 11: 79395096111
- Stock Status: NONSTOCK
- Brand: Extech®
- Manufacturer: FLIR Systems
1/4 DIN Temperature PID Controller with Two Relay Outputs
- Features
| Dual 4-digit LED displays of process and setpoint values |
| User friendly menus and tactile keypad for easy programming |
| One touch autotuning for quick setup and precise control |
| Fuzzy logic PID offers intuitive control simulating human control logic |
| Two latching alarm relays standard with 8 alarm modes |
| Accepts thermocouple and RTD inputs |
| Easy programming and navigation with user friendly menus and tactile keypad |
| Manual mode allows the user to override automatic control and drive the controller output higher or lower with the touch of a button |
| Single stage ramp and soak program with ramp to setpoint limit that can be combined with the soft start feature for critical process demands |
| Select desired temperature display units (deg F or deg C) from setup menu |
| Select thermocouple input type (9 selections) or RTD input (2 selections) from the display menu without the need for hardware modification |
| Fuzzy logic enhanced three term PID with auto tune/0 to 300% proportional band/0 to 3600 s integral time/0 to 900 s derivative time/0.0 to 200.0 or 0.0 to 2000 hysteresis/1 to 100 s cycle time |