Overview
The SMC NISE2-T1 is a compact electrical pressure switch designed for industrial pneumatic and fluid control applications. Rated for 145 PSI maximum pressure with 12-24VDC supply voltage, this switch delivers dependable performance in automated manufacturing, packaging, and process control systems. NPN open collector output provides direct interface to industrial controllers and PLCs.
Key Features
- Compact molded housing with grommet mounting for panel or inline installation
- NPN open collector output for direct PLC/controller integration
- 5/32″ push-to-connect fitting simplifies pneumatic line connections
- Dual-voltage operation: 12-24VDC supply (single unit covers both)
- Low output current draw at 80mA maximum for microcontroller compatibility
Technical Specifications
- Maximum Pressure: 145 PSI
- Supply Voltage: 12-24VDC (dual voltage)
- Output Current: 80mA (maximum)
- Output Type: NPN open collector
- Connection Type: Push-to-connect 5/32″
- Mounting Type: Grommet with lead wire
- Weight: 2.08 ounces
- Lead Wire Length: 0.6m
- Application: Positive pressure sensing
Typical Applications
- Pneumatic press and clamp control systems
- Automated packaging machinery pressure monitoring
- Industrial automation limit switching
- Machine tool spindle pressure detection
- Fluid system overpressure alarms
- Compressor inlet/outlet pressure switches
Compatibility & Replacements
Compatible With
- Allen-Bradley CompactLogix and ControlLogix PLCs
- Siemens S7-1200 and S7-1500 controllers via digital input modules
- Mitsubishi FX series PLCs with 24VDC input modules
- Omron CP series programmable controllers
- Generic 24VDC industrial control systems
- Pneumatic proportional valve control circuits
Replaces / Drop-In Replacement For
- SMC ISE2-T1 (related series model)
- SMC NISE2 series variants
Works With
- Studio 5000 (Allen-Bradley) digital input configuration
- TIA Portal (Siemens) 24VDC discrete inputs
- Pneumatic control systems with electrical monitoring
- 24VDC relay circuits and contactors
- Industrial sensor networks requiring NPN switching output
