M.1017.3138
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The M.1017.3138 Block IO Analog Module features a resolution of 4000 Feedback Units per electrical revolution for resolvers, a maximum velocity of 15000 electrical RPM, and an output voltage of 15 VP-P (5.3 VRMS). Designed by Danaher as part of the Block IO Analog Modules series, it operates on an external 24V DC supply and supports up to 100 ft cable length to resolvers.
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Product Description:
Designed for solid industrial analog interface, the M.1017.3138 is a Block IO Analog Module from Danaher's series. This unit boasts two 18-pin connections with field side screw terminals. Its excitation technique employs a control transformer kind of resolver based on 2‑phase quadrature. This approach guarantees exact conversion of resolver signals and steady excitation. The module operates at a frequency of 4 KHz. Specified at 15 VP-P (5.3 VRMS), the voltage level generates strong signal amplitudes for consistent analog performance. Every channel supports 100 mA as the maximum current.
From 0.5 to 1.0 the resolver transformer ratio falls. This range gives adaptability to fit different kinds of resolver. The 4000 feedback units (FUs) per electrical revolution is the resolver resolution; this high resolution produces rather fine positional feedback. The strong 1000 FUs per electrical revolution setting of the potentiometer resolution permits exact analog adjustment for precision control. Accuracy under a steady temperature is ±12 arc minutes. Under steady conditions, it assures low variation. Precision throughout the temperature range is ±5.4 arc minutes per 10F. The maximum velocity of M.1017.3138 IO module reaches 15,000 electrical RPM (1M FU/Sec) that supports high-dynamic industrial applications.
This analog unit supports a maximum cable length of 6 ft from the module to the terminal block (using 18 AWG) and up to 100 ft from the terminal block to resolvers using twisted pair. This ensures flexible, long-distance installations with maintained signal quality. The stored position value range spans from 0 to 3999, ensuring that range offers a full scale for positional feedback. The device’s power requirements are 200 mA from an external 24V DC supply (operating in a 20 to 30V DC range) with a 2.5A in-rush for 250 µs at power on. Other parameters indicate the variant’s EMC compliance with IEC 61000-4-2 standards, which minimizes interference.
Frequently Asked Questions about M.1017.3138:
Q: How do the field side connectors in M.1017.3138 improve system reliability?
A: The connectors provide two 18‑pin connectors with screw terminals for secure wiring. It also ensures stable electrical connections in harsh industrial environments.
Q: What benefit does the excitation method offer in M.1017.3138 drive?
A: It uses 2‑phase quadrature for a control transformer type of resolver and delivers consistent excitation for accurate signal conversion.
Q: How does a 4 KHz frequency enhance M.1017.3138’s performance?
A: The 4 KHz frequency enables fast signal processing and precise timing. It ensures rapid and accurate analog data conversion.
Q: What advantage does the 15 VP-P (5.3 VRMS) output voltage provide?
A: This output voltage supplies robust analog signal levels and maintains reliable transmission of control signals.
Q: How does a maximum current of 100 mA per channel benefit M.1017.3138?
A: The unit’s maximum current allows each channel can deliver sufficient power for signal processing. It also minimizes the risk of signal degradation.
