Description

Technical Specification

• Sensor Type: Capacitance-based grain moisture sensor

• Measurement Range: 5% to 30% moisture content (depending on grain type)

• Accuracy: ±0.5% within the 5%–30% moisture range

• Resolution: 0.10%

• Compatible Grain Types: Wheat, barley, corn, canola, soybeans, sunflower, and others

• Input Voltage: 12–18 VDC

• Current Consumption: 100 mA

• Power Consumption: 1.5 W

• Reverse Polarity Protection: Up to 28 VDC

• Certifications: CE, FCC, RoHS compliant

• Warranty: 2 years

Data and Storage

• Storage Capacity: 5 MB (supports up to 1,000 load records)

• Storage Type: eMMC

Communications

• Connector Type: 6-pin Deutsch connector

• Communication Protocol: CAN

Environment

• Design Purpose: Industrial and agricultural environments

• Construction: Ceramic sensor face with stainless steel flange for enhanced durability

• Operational Reliability: Suitable for continuous operation in harsh field conditions

CANAMEK Farmor Moisture Sensor

The CANAMEK Farmor Moisture Sensor is a high-precision, industrial-grade solution designed for accurate measurement of grain moisture during harvesting, handling, and storage operations. Utilizing advanced capacitance-based sensing technology, this sensor delivers reliable real-time and averaged moisture readings across a wide range of grain types.

Engineered with a ceramic sensing surface and a stainless-steel flange, the CANAMEK Farmor Moisture Sensor offers exceptional durability, wear resistance, and long-term stability in demanding agricultural environments. Its robust design ensures consistent performance even under continuous operation and exposure to abrasive materials.

With seamless integration into modern agricultural monitoring systems via CAN communication protocol, this sensor supports data-driven decision-making, helping operators optimize grain quality, reduce post-harvest losses, and improve overall operational efficiency. The CANAMEK Farmor Moisture Sensor is an ideal choice for professionals seeking accuracy, reliability, and longevity in moisture measurement solutions.