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Product Features
Technical Overview
The DTK-ESS operates with a 24 V input and provides a regulated 24 V DC output, maintaining consistent voltage levels to protect sensitive electronics. It supports a current rating of 19 A, offering robust capacity for powering multiple devices or high-draw components without compromising safety or efficiency.
Built with precision engineering, this surge suppressor utilizes advanced circuitry to detect and divert excess voltage, preventing it from reaching connected equipment. The design prioritizes minimal signal interference and low insertion loss, ensuring that power quality remains high while protection is active.
This section brings together practical product details such as Input Voltage, Output Voltage, Height, Width, so buyers can judge configuration, deployment fit, and day-to-day suitability with less guesswork.
Key Product Advantages
The DTK-ESS combines essential protection features with a user-friendly profile, making it a practical choice for IT infrastructure. Its TAA compliance ensures it meets stringent regulatory standards for public-sector deployments, while the extended warranty reduces long-term ownership costs and supports reliable operation.
Voltage Stability
Maintains a steady 24 V DC output to prevent fluctuations that can harm electronics, ensuring consistent performance for connected devices.
- 24 V input/output matching
- 19 A current capacity
- Low insertion loss
Durability & Support
Backed by a 10-year limited warranty, this surge suppressor is built for longevity in commercial environments, with robust construction and reliable surge suppression technology.
- 10-year warranty coverage
- TAA compliant for government use
- Compact and lightweight design
Deployment / Use Cases
The DTK-ESS is ideal for integration into low-voltage DC power systems, such as those found in telecommunications racks, security installations, and industrial control panels. Its compact dimensions allow for flexible mounting in tight spaces, making it suitable for rack-mounted setups or embedded applications where space is limited.
Common deployments include protecting PoE (Power over Ethernet) devices, CCTV cameras, access control systems, and networking equipment that operate on 24 V DC power. By preventing surge-related downtime, it helps maintain operational continuity in critical business and infrastructure environments.
Telecommunications Racks
Safeguard switches, routers, and other network hardware in rack environments, ensuring uninterrupted service and reducing maintenance costs.
Security & Surveillance
Protect cameras and sensors in security systems, where power stability is crucial for reliable monitoring and data integrity.
Physical Profile
Measuring 2.40" in height, 0.50" in width, and 0.50" in depth, the DTK-ESS features an ultra-compact design that minimizes footprint in installation areas. With an approximate weight of 14.2 g, it is lightweight and easy to handle, supporting quick deployment without adding significant bulk to setups. The small form factor makes it adaptable for both standalone use and integration into larger power backup systems, such as those in rack enclosures or wall-mounted configurations.
- Width
- 0.50" (12.70 mm)
- Depth
- 0.50" (12.70 mm)
- Height
- 2.40" (60.96 mm)
- Weight
- 14.2 g
Highlights
- 24 V input and 24 V DC output for consistent low-voltage protection
- 19 A current rating supports robust power delivery
- TAA compliant for government and institutional procurement
- 10-year limited warranty ensures long-term reliability
- Compact dimensions: 2.40" H x 0.50" W x 0.50" D
- Lightweight design at approximately 14.2 g for easy installation
- Ideal for telecommunications, security, and industrial DC systems
- Minimizes surge-related downtime in critical IT environments
Specifications
| Specifications | |
|---|---|
| Manufacturer | DITEK Corporation |
| Manufacturer Part Number | DTK-ESS |
| Brand Name | DITEK |
| Product Model | DTK-ESS |
| Product Name | DTK-ESS Surge Suppressor |
| Product Type | Surge Suppressor/Protector |
| Power Description | |
| Input Voltage | 24 V |
| Output Voltage | 24 V DC |
| Physical Characteristics | |
| Height | 2.40" (60.96 mm) |
| Width | 0.50" (12.70 mm) |
| Depth | 0.50" (12.70 mm) |
| Weight (Approximate) | 14.2 g |
| Miscellaneous | |
| TAA Compliant | Yes |
| Warranty | |
| Limited Warranty | 10 Year |
FAQ
What input and output voltages does the DTK-ESS support?
The DTK-ESS supports a 24 V input and provides a 24 V DC output. This matching voltage design ensures stable power delivery for low-voltage DC systems, protecting connected equipment from surges while maintaining consistent operational performance.
What is the current rating of this surge suppressor?
The current rating is 19 A, allowing the DTK-ESS to handle robust power loads for multiple devices or high-draw components in 24 V DC applications. This capacity supports reliable protection without compromising safety or efficiency in business IT setups.
Is the DTK-ESS TAA compliant?
Yes, the DTK-ESS is TAA compliant, making it suitable for government, educational, and institutional procurement where regulatory standards are required. This compliance ensures the product meets specific sourcing criteria for public-sector deployments.
What warranty does DITEK offer for the DTK-ESS?
DITEK provides a 10-year limited warranty for the DTK-ESS, covering defects in materials and workmanship. This extended warranty period underscores the product's durability and reduces long-term ownership costs in commercial environments.
What are the physical dimensions of the DTK-ESS?
The DTK-ESS measures 2.40" in height, 0.50" in width, and 0.50" in depth, with an approximate weight of 14.2 g. Its compact and lightweight design allows for flexible installation in tight spaces, such as rack enclosures or embedded systems.
Where is the DTK-ESS commonly deployed?
Common deployments include telecommunications racks, security and surveillance systems, industrial control panels, and other low-voltage DC applications. It protects devices like PoE equipment, CCTV cameras, and networking hardware from voltage spikes, ensuring operational continuity.