| Attribute | Value |
|---|---|
| Brand | HONEYWELL |
| Manufacturer | JB SYSTEMS, INC. |
| Model | 700DC |
| Product Type | Signal Processor |
| Operating Ambient | 0°C to 50°C |
| Enclosure Type | Type 12 |
| Input Power | 22–26 VDC, 250 mA max. with view head |
| Battery Voltage | From 22 VDC to input voltage – 0.5 VDC |
| FFRT | 0.2–4 seconds |
| Time Delay On | 0 to 1.9 seconds |
| Flame Relay Contacts | 5 A, 125 VAC, 277 VAC; 5 A, 30 VDC |
| Part Number | 50108342-001 |
| Country of Origin | USA |
| Weight | 350 gm |
| Reference No(s) | 54103 |
What is the Honeywell 700DC Signal Processor?
The Honeywell 700DC Signal Processor is a precision-engineered industrial device designed to convert, condition, and process electrical signals for advanced control and monitoring systems. Built to operate reliably in demanding environments, it ensures that input signals from field devices-such as sensors, transmitters, and controllers-are accurately translated into stable, usable outputs.
Accuracy, safety, and dependability are ensured by the Honeywell 700DC in automation systems where it is used. Be it for marine applications, power plants, manufacturing units, or industrial control systems, this functions as a key element in maintaining consistent system performance with flawless communication between various components.
It serves as an interface-a sort of bridge-between field instruments and control systems to ensure that each and every signal is interpreted correctly to avoid breakdowns, misreadings, and operational failures.
Key Features of Honeywell 700DC Signal Processor
1. High Signal Accuracy
Engineered to precisely condition signals that ensure very little noise, distortion, or drift during conversion.
2. Wide Compatibility
Supporting a variety of signal types, it can work with sensors, transmitters, PLCs, and industrial monitoring equipment.
3. Robust Industrial Build
Originally designed to operate under severe conditions, like vibration, temperature fluctuations, and electrical disturbances.
4. Stable Output Performance
Provides a consistent and reliable output signal, which is vital in precision control loops and monitoring tasks.
5. Advanced Noise Filtering
Equipped with internal filtering technology that reduces interference and ensures clean, stable signals.
6. Long Operational Life
Superior engineering from Honeywell ensures years of continuous performance with minimal maintenance.
7. Easy Installation and Integration
Designed to fit easily into existing systems with minimum changes.
Applications of the Honeywell 700DC Signal Processor
Marine and Offshore Systems
Applied in ship automation, engine monitoring, ballast control, and navigation, where accuracy in signal interpretation is of vital importance.
Industrial Automation
Supports PLC, DCS, and SCADA systems by converting raw signals into actionable data to efficiently process industrial information.
Manufacturing Units
Ensures that machinery, production lines, and safety equipment are accurately controlled and monitored.
Power & Energy Sector
Utilized in turbine control systems, substations, and energy monitoring units where precise signal conversion is crucial for safety and stability.
Oil & Gas Industry
Ensures reliable process control for pumps, compressors, drilling equipment, and refinery systems.
Utilities and Heavy Industries
Helps maintain stable and safe system operations, from boilers and HVAC systems to water treatment plants and beyond.
Why Choose the Honeywell 700DC Signal Processor?
Rely on Honeywell for Reliability
Honeywell is globally recognized for high-quality industrial automation products backed by decades of expertise and engineering excellence.
Superior Signal Quality
The 700DC ensures that your system only receives clean, accurate, and stable signals, further improving its performance and reducing downtime.
Versatile and Future-Ready
Its wide compatibility means that it seamlessly fits into old and new control systems, making it a long-term investment for any industrial set-up.
Reduced Maintenance Costs
Robust construction ensures stable performance, minimum troubleshooting, and maintenance costs in the long run.
Improved Operational Safety:
Precise signal processing avoids mistakes that can lead to operational hazards, damage to equipment, or even unexpected shutdowns.
Ideal for Harsh Environments:
The rugged design ensures smooth functioning even under extreme conditions, whether it is a marine application or a heavy industrial plant.









