E4809-032-217-M
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The E4809-032-217-M CNC board includes features such as a thread size of M32 x 1.5, a cable diameter range of 17 to 21 mm, an IP68 ingress protection rating, and an operating temperature range of -40°C to +100°C. Part of the E4809 CNC Boards series by Okuma, it is constructed from nickel-plated brass for durability.
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Product Description:
The Okuma manufactures the E4809-032-217-M INR-Board for use in industrial automation. It comes under the E4809 CNC Boards series. Multiple logic ICs like SN7400N and 74H10PC are used by the board to handle signal control. ICs in CNC carve out their role by executing logical tasks and managing CNC control signals.
There are capacitors and resistors on the E4809-032-217-M INR-Board to smooth and stabilize the electronic signals. Good signal contact and durability are provided by the gold-plated edge connector. The board has TTL logic, which needs standard 5V DC power. The board is drawing 1 amp with normal use. It supports incrementing encoders that are present in the typical CNC feedback system. The encoders often produce 1,000 to 10,000 pulses for every rotation to ensure good accuracy. Both the input and output signals use TTL standards for being compatible and for quick switching. Humidity levels from 20% to 85% are not a problem for the E4809-032-217-M INR-Board. It is able to operate in typical vibrations of up to 0.5 G at frequencies of 10–55 Hz. The board has shock resistance up to 15 G during transport. The board works properly as high as 2000 meters above sea level. The board should be kept at or below 55°C and a minimum of 0°C while performing usual functions. It is safe to store data between -20°C and 75°C.
Through-hole components in the E4809-032-217-M INR-Board make it stable and durable in the long run. Chips are socket-mounted for easy maintenance and replacement in the field. It uses a consistent grid marked A–K and 1–8 to help users get around. Conformal coating material shields the board from the damaging effects of dust and moisture. An average board has a weight of about 250 to 350 grams.
Frequently Asked Questions about E4809-032-217-M:
Q: Why does the E4809-032-217-M INR-Board use socket-mounted chips?
A: Socket-mounted chips in the E4809-032-217-M INR-Board allow for quicker field repairs and easy replacement. This reduces system downtime significantly.
Q: Why are through-hole components preferred in the E4809-032-217-M INR-Board?
A: Through-hole components offer stronger mechanical bonding. This makes the E4809-032-217-M INR-Board durable under vibration and physical stress.
Q: How does the TTL logic in E4809-032-217-M INR-Board affect signal timing and compatibility?
A: TTL logic ensures uniform voltage levels across signals. It helps in high-speed digital switching with minimal latency.
Q: What role do SN7400N logic ICs play in the E4809-032-217-M INR-Board?
A: The SN7400N logic ICs handle basic logic functions. They contribute to controlling and processing CNC signals reliably.
Q: How does the conformal coating benefit the E4809-032-217-M INR-Board?
A: The conformal coating shields the board from moisture and dust. This ensures longevity in harsh industrial environments.
