Product Description
The Delta DTC Series is a modular temperature controller lineup designed for flexible and scalable applications. Ideal for multi-zone temperature control, DTC controllers offer programmable PID, multi-output support, and advanced communication interfaces.
Key Features:
- Modular design saves wiring and panel space
- Programmable PID with up to 64 control groups
- Multi-level password protection
- Supports MODBUS via RS-485 communication
- Multiple input/output formats including current, voltage, and relay
- Ideal for synchronized, multi-point temperature management
Models: DTC1000V, DTC2000V, DTC2001V, DTC1000R, DTC1001R, DTC1000L, DTC2000R, DTC2001R, DTC1001C, DTC1000C, DTC2000L, DTC2000C, DTC2001C
Compact and Robust Industrial DriveEngineered with a mild steel enclosure and IP20 protection, the DTC series VFD is built for demanding industrial environments. Its compact size (160 mm x 100 mm x 140 mm) allows convenient panel mounting, saving space while ensuring reliable motor control. The built-in air cooling and sturdy design guarantee efficient operation even in harsh conditions.
Advanced Control and Safety FeaturesThe VFD integrates programmable logic and supports both local and remote control, offering versatile automation options. Comprehensive protections-including overload, over-voltage, under-voltage, over-current, and short-circuit-safeguard your system and prolong equipment lifespan. The unit's low-noise operation contributes to a quieter workspace, ideal for modern industrial settings.
User-Friendly Operation and MonitoringFeaturing an intuitive 3.5-inch LCD display, users can easily monitor operational parameters and configure settings through simple push-button controls. With four digital inputs and two digital outputs, this VFD enables seamless integration into complex control systems. Software support further enhances monitoring, diagnostics, and parameter adjustments.
FAQ's of DTC series:
Q: How does the DTC series VFD enhance motor control in industrial applications?
A: The DTC series VFD offers precise digital control through its microprocessor, enabling smooth start/stop operations and variable speed adjustments. It effectively manages AC motor speed (0.5-400 Hz), ensures energy efficiency, and reduces mechanical wear.
Q: What is the installation process for the DTC series VFD?
A: Being panel mounted, installation involves securing the enclosed unit within your control panel, connecting the supplied 1-meter cable, and integrating digital input/output connections. Ensure proper wiring based on the application and confirm system parameters on the LCD display.
Q: When should I use the DTC series VFD for my machinery?
A: You should use this VFD when you need automated, reliable, and protected speed control for 3-phase motors, especially in industrial environments requiring features like overload protection, programmable logic, automation, and remote control.
Q: Where can the DTC series VFD be used in India?
A: This product is suitable for use across diverse industrial sectors in India, such as manufacturing plants, processing units, and automation workshops. It is available through authorized dealers, distributors, exporters, retailers, suppliers, traders, and wholesalers nationwide.
Q: What are the operational benefits of the DTC series VFD?
A: It offers compact space-saving design, low noise operation, comprehensive motor protection, and high programmability, all contributing to improved productivity, reduced downtime, and energy savings.
Q: How do I monitor and adjust VFD performance parameters?
A: You can monitor real-time parameters and adjust settings directly via the LCD display or connect to supporting software for advanced diagnostics and fine-tuning. Remote control features further facilitate flexible operation.
Q: What kind of protection does the DTC series VFD provide during usage?
A: The drive ensures system safety with multiple layers of protection, including over-voltage, under-voltage, over-current, short-circuit, and overload safeguards. Its enclosed build and IP20 rating further enhance operational security.