The Honeywell MLF-DC04C is a 4-channel analog output module featuring 1/16,000 resolution. It offers a fast 1.0ms conversion speed and supports both current and voltage signals. This high-precision unit integrates easily into DCS environments via a secure 11-point terminal block.
The Honeywell MLF-DC04C serves as a high-performance interface for modern industrial automation. This module converts digital control signals into precise analog outputs. It manages critical field devices such as proportional valves and actuators. The 4-channel design offers high-resolution control in a compact form factor. Engineers rely on this unit for demanding Distributed Control System (DCS) tasks.
| Feature | Details |
| Brand | Honeywell |
| Model Number | MLF-DC04C |
| Module Type | Analog Output (AO) |
| Output Channels | 4 Channels |
| Resolution | 1/16,000 |
| Conversion Speed | 1.0 ms per channel |
| Termination | 11-point Terminal Block |
| Internal Resistance | ≤ 600 Ω (Current Output) |
| Shipping Weight | 0.4 kg |
| Physical Dimensions | 7 x 14 x 14.5 cm |
This module delivers exceptional accuracy through its 1/16,000 resolution capability. Consequently, operators can perform fine-grained adjustments to process variables. The 1.0 ms conversion speed ensures immediate response to controller commands. This rapid processing prevents lag in high-speed automation loops. Furthermore, the unit maintains signal integrity in electrically noisy environments.
The MLF-DC04C supports multiple data representation formats for various user needs. These include unsigned integer, signed integer, and percentile values. The system assigns a fixed 64 I/O points for seamless addressing. Additionally, the module handles both voltage and current output ranges. This versatility simplifies the integration of diverse field hardware.
Honeywell optimized the physical layout to conserve space in control cabinets. The 11-point terminal block ensures secure and accessible wiring. Meanwhile, the rugged construction withstands the rigors of continuous industrial use. The module remains active and stable during long-term operational cycles. Its lightweight design also reduces the mechanical stress on mounting rails.
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