Contact for Pricing
Overview
- Supports RS485 and Profibus protocols for industrial communication
- Single-mode (SM) fiber optic connection for long-distance signal integrity
- Bidirectional (BIDI) design for efficient data transfer with reduced latency
- FiberView technology for real-time monitoring of fiber connections
- Compact design with SC fiber connectors for secure, stable connections
Specifications
Connection Type | RS485/Profibus |
Data rate max. | 12 MBit/s |
Dimensions | 60 x 100 x 113 mm (60 x 120 x 113 mm incl. connector) |
EMC | EN61000-6-2/EN55022 Class B + A1 + A2 |
Fiber type | Singlemode 9/125 μm |
FO range | 30 km, others up to 100 km on request (0,3 dB/km) |
FO-connector | SC |
Housing | Stainless steel, powder coated |
Manufacturer Page | https://www.eks-engel.de/en/products/industrial-network-technology/interface/the-dl485-pb-dl485-pbr/ |
Operating temperature | –40 °C – +70 °C (Multimode and Singlemode with ST or SC) / –20 °C – +55 °C (all others) |
Optical budget | 16 dB |
Potential separation | 500 VDC (24 VDC <> RS485) |
Power consumption | 5 Watts, 200 mA (24 V) |
Power supply | 12–30 VDC, other voltages on request |
Product Description | The systems DL485-PB connect ProfiBus-field bus networks by fiber optics. With the help of this innovative system, optical bus, star, tree and mixed structures are possible. |
RS 485 Cable length | 1200 m (9,6–187,5 KBit/s), 400 m (500 KBit/s), 200 m (1,5 MBit/s), 100 m (3 MBit/s–12 MBit/s) |
RS 485 Connector | 9-pole Sub-D female and 6-pole terminal |
Series | DL485-PB / DL485-PBR |
Signal delay | RS485 <> LWL: < 3 T Bit / Tx <> Rx: 11 T Bit |
Status-LEDs | Power supply (green) / Failure (red) / Data receive (green) / Status (red) / FiberView (red, yellow, green) |
Terminating resistor | Switchable: none or wave impedance (Rw + Rpd + Rpu) |
Transmission type | Half duplex |
Wavelength | 1310 nm 1550 nm |
Weight | 570 g |
SS1-1/0-RN-750KW20
Storm-Safe Breakaway Mid Span Service Entrance Kit, (1) SSM 2, (1) SSS 2, (2) SSS 1/0, (2) SSM 1/0, (1) W20-1, Breakaway Force 750 LBS, Less Than 1000 Volts
Frequently Asked Questions
What types of network structures can be created with the DL485-PB system?
The DL485-PB system allows for optical bus, star, tree, and mixed structures. The DL485-PBR variant also supports optical ring structures.
What applications is the DL485-PBR system suitable for?
The DL485-PBR system is suitable for applications with strict safety requirements, such as the process industry, tunnel ventilation systems, and railway technology.
How does the FiberView system indicate status?
FiberView uses a traffic light system: green means everything is fine, yellow indicates a tolerable but reduced system reserve, and red signifies a serious error.
What is the maximum data rate for the DL485-PB system?
The maximum data rate for the DL485-PB system is 12 MBit/s.
What are the power supply requirements for the DL485-PB system?
The system requires a power supply of 12–30 VDC. Other voltages are available on request.
What is the power consumption of the DL485-PB system?
The DL485-PB system consumes 5 Watts, which is approximately 200 mA at 24 V.
What are the dimensions of the DL485-PB system?
The dimensions are 60 x 100 x 113 mm, or 60 x 120 x 113 mm including the connector.
What material is the housing of the DL485-PB system made from?
The housing is made of stainless steel and is powder coated.
What status LEDs are available on the DL485-PB system?
Status LEDs include Power supply (green), Failure (red), Data receive (green), Status (red), and FiberView (red, yellow, green).
What is the optical budget for the DL485-PB system?
The optical budget for the DL485-PB system is 12 dB for POF and HCS fiber types, and 16 dB for Multimode and Singlemode fiber types.
Frequently Asked Questions about EKS Engel
What certifications and standards do EKS Engel products comply with?
EKS Engel products meet multiple international certification standards, including UL (USA/Canada), CE (European Community), UKCA (United Kingdom), EAC (Russia), and C-Tick (Australia & New Zealand). They comply with critical functional safety standards such as EN 61800-5-2, EN ISO 13849-1, EN 62061, and IEC 61508, covering electrical equipment safety, machinery control systems, and environmental protection requirements. Key mechanical and electrical standards include EN 60529 (IP protection), UL 50 (electrical enclosures), and IEC 61800-9-2 (ecodesign for power drive systems).
What industries and applications are EKS Engel products used for?
EKS Engel products are used across multiple critical industrial sectors, including Oil & Gas, Petrochemical, Power Generation, Water Treatment, Manufacturing, Crane & Hoist, HVAC, and Textile industries. Their fiber optic communication systems and electronic solutions are specifically designed for applications like pumps, compressors, conveyors, cranes, hoists, fans, mixers, and industrial machinery that require high-performance data transmission and reliable electronic systems.
What technical support does EKS Engel offer?
EKS Engel offers comprehensive technical support through their dedicated Competence Center, available Monday to Friday from 9:00-16:00 at +49 2762 9313-850. Their technical support includes individual troubleshooting, product and project consulting, on-site support, and FO basic training courses covering fiber optic technologies, network concepts, and specialized technical assistance. For after-hours support, customers can email [email protected].
What are the key features of EKS Engel products?
EKS Engel products are high-performance electronic systems specializing in industrial communication and fiber optic data transmission. Key features include modular devices with advanced technologies like Power over Ethernet (PoE), wide temperature range compatibility, and customized engineering solutions. Their products are designed for critical applications in smart city infrastructure, industrial networks, and IoT solutions, with a strong emphasis on security, reliability, and performance.
What communication protocols do EKS Engel products support?
EKS Engel communication modules support multiple industrial communication protocols, including PROFIBUS DP, PROFINET, EtherNet/IP, CANopen, Modbus RTU, Modbus TCP/IP, DeviceNet, and IEC 61850. Their flexible product range allows single and combination protocol configurations, enabling seamless integration with various industrial automation systems and PLCs.
What environmental ratings do EKS Engel products have?
EKS Engel enclosures feature robust environmental ratings, including IP66/67 protection, NEMA Type 4X certification, and UL/CSA standards for indoor and outdoor applications. Their products are designed to withstand harsh environments, offering protection against windblown dust, rain, splashing water, and external ice formation, with operating temperatures ranging from -40°C to 130°C.
What accessories are available for EKS Engel products?
EKS Engel offers an extensive range of accessories for their industrial enclosures, including mounting plates, DIN rails, depth extension frames, wall fastening lugs, hinges, and flange gaskets. Key accessories include galvanized steel mounting plates in multiple sizes, polycarbonate depth extension frames, 35mm DIN rails, wall mounting lugs, plastic hinges, and specialized gasket sets for different enclosure sizes.
What are the main product lines offered by EKS Engel?
EKS Engel offers multiple core product lines focused on industrial communication and fiber optic technologies, including: Router & Ethernet Extenders, Passive Fiber Optic Systems (FIMP series), SFP Modules, Power Supplies, and Industrial Enclosure Accessories. Their flagship product lines emphasize high-performance electronic systems for data transmission via fiber optics, with a range of modular devices designed for robust industrial environments.
How are EKS Engel products typically installed?
EKS Engel fiber optic communication products are typically installed by trained technical personnel following a comprehensive commissioning process. This involves a detailed work environment inspection, electrical installation verification, internal and external system checks, power-up and setup, and operational testing to ensure compatibility with the customer's specific industrial communication requirements. The company emphasizes precise, efficient installation that meets high-performance standards and ensures system reliability.