ORING IES-1080A

Price 5500 INR/ Piece

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MOQ : 1 Piece

ORING IES-1080A Specification

Product Type
Industrial Ethernet Switch

Number of Channels
8

Storage Temperature
-40C to 85C

Network Connection Methods
10/100Base-T(X) Ethernet

Power
Redundant 12~48VDC

Dimension (L*W*H)
50 x 115 x 70 mm

Weight
0.7 kg

Led Indicator
Power, port link/activity

Size
50 x 115 x 70 mm

Usage
Industrial Automation, Surveillance, Networking

No. of Ports/Pins
8 x 10/100Base-T(X)

Power Supply
Redundant dual DC input 12~48VDC

Material
Aluminum alloy with IP30 protection

Color
Black

Height
70 mm

Backplane Bandwidth
1.6 Gbps

Input Voltage Range
12~48VDC, redundant dual inputs

Mounting Type
DIN-Rail or Wall Mount

Operating Temperature
-40°C to 70°C

Enclosure Protection
IP30

Humidity
5%~95% (non-condensing)

Switch Architecture
Store-and-forward

MAC Address Table
2K

Maximum Power Consumption
6.1W

ORING IES-1080A Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About ORING IES-1080A

Slim Type 8x 10/100TX (RJ-45) Un managed Switch Supports 8 ports 10/100 Base-T(X) Supports auto-negotiation and auto-MDI/MDI-X Supports store and forward transmission Supports flow control Compact size for easily installation Rigid IP-30 housing design DIN-Rail and wall mounting enabled

Industrial Durability and Protection

The IES-1080A switch is engineered for resilience, featuring an IP30-rated aluminum alloy enclosure that guards internal components against dust and ingress. It supports both DIN-rail and wall mounting options, offering flexibility for installation within varied industrial settings. With its ability to operate in extreme temperatures and high humidity, the switch is well-suited for rugged environments such as factories, warehouses, and outdoor installations.

Efficient Network Performance

Equipped with 8 x 10/100Base-T(X) Ethernet ports, the IES-1080A enables seamless connectivity for multiple devices. Its store-and-forward architecture enhances data transmission reliability by filtering and forwarding packets error-free. The switch boasts a sizeable MAC address table and a 1.6 Gbps backplane bandwidth, ensuring smooth and efficient data exchange for automation and surveillance tasks.

Power Redundancy for Reliability

The device utilizes redundant dual DC input power supplies (12~48VDC) to guarantee uninterrupted operation, even if one power source fails. This dual input design enhances operational safety and stability, making the IES-1080A a dependable choice for mission-critical and continuous operations.

FAQ's of ORING IES-1080A:

Q: How can the ORING IES-1080A be installed in industrial environments?

A: The ORING IES-1080A switch can be installed using either DIN-rail or wall-mounting methods, providing flexibility to meet various setup requirements in industrial settings such as control panels, server rooms, and factory floors.

Q: What types of applications are well-suited for the IES-1080A switch?

A: This switch is ideal for industrial automation, surveillance systems, and various networking needs. Its robust design, redundant power inputs, and wide temperature tolerance make it suitable for demanding environments.

Q: When is redundant power supply functionality most beneficial?

A: Redundant dual DC power input is especially advantageous in mission-critical operations where continuous uptime is necessary. If one power source fails, the switch automatically draws from the backup supply to avoid downtime.

Q: Where can the IES-1080A be effectively deployed?

A: The IES-1080A is effective in harsh locations such as factories, outdoor industrial sites, and warehouses, owing to its IP30-rated enclosure and its ability to operate in extreme temperatures and humidity levels.

Q: What benefits does the aluminum IP30 enclosure offer?

A: The aluminum alloy enclosure with IP30 protection shields the internal components against dust and physical intrusion, ensuring enhanced durability and a longer service life in industrial environments.

Q: How does the switch's store-and-forward architecture enhance network performance?

A: The store-and-forward architecture checks and buffers data packets before forwarding them, reducing errors and optimizing network traffic for reliable communications between connected devices.

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