Brand:Giddings & Lewis
Model:PIC900 M.1016.9010
Number of Channels:4
Angular Resolution:0.0005°
Operating Temperature Range:-20°C to +60°C
Accuracy at 20°C:+/- 0.015% of Full Scale
Power Supply Voltage:12V DC
Output Signal Type:4-20mA DC
Communication Interface:RS485
Dimensions (WxDxH):100mm x 75mm x 30mm
Weight:200g
Integrating advanced engineering principles, the Giddings & Lewis PIC900 M.1016.9010 Input Resolver is engineered to offer unparalleled accuracy and reliability in demanding industrial environments. This 4-channel quadrature encoder is specifically designed to enhance the performance of motion control systems, ensuring precise positioning and speed measurement.
With a resolution of 2500 pulses per revolution (P/R), it ensures high-resolution tracking for applications requiring minute detail. The encoder is capable of operating at speeds up to 2000 revolutions per minute (RPM), making it suitable for a wide range of machinery and equipment.
Featuring sine and cosine output formats, the encoder facilitates easy integration with various control systems, providing a versatile solution for both analog and digital interfaces. Its compact design, equipped with an IP67-rated enclosure, ensures robust protection against dust and water ingress, enhancing durability in harsh industrial conditions.
Equipped with a M12 connector and a screw terminal block, the Giddings & Lewis PIC900 M.1016.9010 Input Resolver offers straightforward connectivity and easy wiring, streamlining installation processes. The encoder is powered by a low voltage of 12V DC, with a current consumption of less than 20mA, making it energy-efficient and compatible with a variety of power sources.
Engineered with precision in mind, this encoder operates within a temperature range from -20°C to +70°C, ensuring reliable performance across diverse climates. The combination of its robust construction, high accuracy, and broad compatibility makes the Giddings & Lewis PIC900 M.1016.9010 Input Resolver an indispensable component for enhancing the efficiency and precision of industrial automation systems.
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