ECA101
Reliable, lower-cost sensor for demanding analog output inductive sensor applications.
Key Benefits
- Adjustable Gain and Zero (Offset)
- Adjustable Setpoint for Go/No-Go Testing
- Range Indicating LEDs
- Probes can be ordered as vacuum compatible
Specifications
Typical specifications for standard targets and probes. Actual values depend on probe, target, and calibration. Specifications assume a target area at least three times the diameter of the probe.
- Resolution: RMS at mid-range: DC-10 kHz – 0.02% of range RMS
- Typical Resolution @10 kHz: Nonferrous 0.02%, Ferrous 0.02%
- Bandwidth: 10 kHz
- Linearity: Nonlinear – See Output Curves in Ranges/Probes
- Temperature Drift of Probe at mid-range (15°C-65°C): 0.2% of Range/°C
- Voltage Output: Analog Voltage: 0-10 V
- Switch Output: Switch closure when output voltage is above adjustable setpoint: 30 VAC/60 VDC/100 mA
- Nonlinear Output
- Setpoint Switched Output
- Input Power: 12-24 VDC 2 W
- Operating Temperature: 4°C-50°C
- Probe Operating Environment:
- Standard Probes come with PUR (Polyurethane) jacketed cables. High Temperature Probes have FEP jackets. Other temperature ranges may be possible. Contact us for more information. Standard Probes: IP67 | High Temperature Probes: IP63
- U3 Probe: Standard Probe (PUR Cable): -25°C to +125°C (Available with optional FEP cable) | High Temperature Version Not Available
- U5-18 Probes: Standard Probes: -25°C to +125°C | High Temperature Probes: -25°C to +200°C
- U25-50 Probes: Standard Probes: -25°C to +125°C | High Temperature Probes: -25°C to +175°C
- *P-P resolution is 0.2%. In high EMI conditions (10 V/m), output level may shift and noise may rise to 600 mV RMS (6% resolution)
- Standard Probes come with PUR (Polyurethane) jacketed cables. High Temperature Probes have FEP jackets. Other temperature ranges may be possible. Contact us for more information. Standard Probes: IP67 | High Temperature Probes: IP63
- Zero/Offset Adjust: Screw
Contact us today for custom-designed products to deliver elite speed and precision across your application.