Goodbye Blind Control: Why AirTAC DPS Series is the "Visual Nerve" of Your Automation System

In modern automation, engineers face an "invisible" cost: unpredictability. While machines represent million-dollar investments, their safety often relies on traditional mechanical pressure switches—essentially "dumb" boxes with aging springs. This leads to Setpoint Drift and the dreaded Contact Chatter, which flickers signals and burns out solenoid valve coils.

In an era demanding 100% predictability, you need a "Visual Nerve" that can see, think, and report stably. This is where the AirTAC DPS Series Electronic Digital Pressure Sensor transforms the "blind" guessing game into "What You See Is What You Get" precision.

1. Immediate Diagnosis: The Power of Visual Feedback

Dual-Row Display: The Setup Revolution

Traditional sensors force engineers to toggle between "Run Mode" and "Setup Mode." The AirTAC DPS solves this with a Dual-Row LCD. You can see the current pressure (top row) while simultaneously setting the switch point (bottom row). This real-time feedback reduces setup time from minutes to seconds and eliminates manual setting errors.

Dual-Color Display: At-a-Glance Diagnosis

The DPS screen doesn't just show numbers—it changes color. Program the sensor to display Green during normal operation and switch to Red when the setpoint is reached or a fault occurs. In a noisy factory floor, a glaring red light instantly draws maintenance attention, drastically reducing the Mean Time To Repair (MTTR).

2. Deep Control: Designing Your Application Response

Control Mode I: Hysteresis (The Chatter Killer)

The DPS eliminates signal flickering with Programmable Hysteresis. By setting an ON point (e.g., 500 kPa) and a Hysteresis Value (e.g., 20 kPa), you create a "Dead Zone" that absorbs normal pressure fluctuations, ensuring the PLC receives a clean, stable output signal.

Control Mode II: Window Comparator (The Safety Guard)

Using its independent transistor outputs, the DPS can guard a "Safety Working Zone." If the pressure is too low (leak) or too high (regulator failure), the sensor alerts the PLC immediately. This is invaluable for critical applications like precision press-fitting or leak testing.

3. OEM Strategy: Global Deployment & Assembly

• Unit Versatility: Built-in support for kPa, bar, psi, and mmHg. One part number covers all global export requirements.
• Parameter Copy Function: Set the Master sensor once, then link it to Slave sensors via a cable. Perfect settings are replicated in seconds, transforming hours of high-risk manual setup into a zero-error automated process.
• High Precision: Maintains a repeatability of ±0.2%F.S. for the entire life of the machine, ensuring consistent quality.

4. Integration: NPN vs. PNP Selection

Frequently Asked Questions