KIMO CP111-AO Differential Pressure Transmitter – Accurate, Reliable, and Compact for Critical Air Monitoring
The KIMO CP111-AO is a compact, high-precision differential pressure transmitter designed to monitor air and neutral gases with exceptional accuracy. Engineered for HVAC systems, cleanroom environments, laboratory controls, and filter monitoring, this device delivers industry-leading performance in a user-friendly and durable design.
Equipped with a clear 10-digit LCD display (50 x 15 mm), the CP111-AO offers real-time monitoring of pressure values across a wide range of selectable engineering units: Pa, mmH₂O, inWG, mmHg, daPa, kPa, hPa, and mbar. Its measuring range of -100 to +100 Pa and impressive ±1% ±2 Pa accuracy make it ideal for ultra-sensitive low-pressure applications.
The transmitter supports active analog outputs (0-10V or 4-20mA) and operates on a 24V AC/DC power supply, ensuring compatibility with most industrial and commercial automation systems. Its manual auto-zero feature and optional LCC-S configuration software allow for seamless calibration and flexible programming.
Constructed with a robust IP65-rated ABS housing, the CP111-AO is well-protected against dust and moisture, while its USB-mini communication port, DIP switch settings, and dual 6.2 mm pressure ports ensure easy setup and integration.
Whether you’re monitoring filter pressure in air handling units or maintaining cleanroom integrity, the KIMO CP111-AO offers the precision, reliability, and ease-of-use professionals demand.
Key Features:
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Differential pressure range: -100 to +100 Pa
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±1% of reading ±2 Pa accuracy
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LCD display with 10 digits for instant data viewing
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Outputs: 0-10V or 4-20mA
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Power supply: 24 Vac/Vdc (3 or 4-wire)
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Manual auto-zero and USB-mini programming
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Configurable via DIP switches or optional LCC-S software
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Compact and lightweight: 143g
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IP65 protection class for industrial environments
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CE, RoHS II, and EMC compliant
This is your go-to solution for precision differential pressure measurement in critical air quality systems.
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