General
Number of slots	14
Compatible converter series	ALL-MC1xx
Power supply input	90 V
Power supply output	5 V
Maximum power consumption	120 W
Rack format	19"
Operation temperature	-10 ~ 50 °C
Operating humidity	5% ~ 95% (non-condensing)
Storage temperature	-20 ~ 85 °C
Storage humidity	5% ~ 95% (non-condensing)
Approval	CE

The Allnet ALL-MCS014 is a 14-slot chassis for stand-alone media converters of the ALL-MC1xx series, designed for use in 48,3 cm ( 19 inch ) racks. It serves as a central platform for integrating multiple media converters, each enabling conversion between copper and fiber optic network interfaces. The chassis is designed for mounting in standard racks and provides space for up to 14 individual converter modules, each supplied via a 5V DC interface. The ALL-MC1xx series converters support 10/100M, 1000M, or 10/100/1000M networks, allowing the chassis to be flexibly deployed in various network environments.

Applications

The chassis is designed for use in professional network infrastructures, particularly in environments where centralized management of multiple media converters is advantageous. Typical application scenarios include connecting copper networks with fiber optic backbones in enterprises, industrial facilities, or telecommunications. The 14-module capacity enables scalable expansion without requiring additional racks. The integrated power supplies provide redundant power, increasing the reliability of the entire system.

Functions and Equipment in Detail

The ALL-MCS014 features 14 individual module slots designed for mounting media converters from the ALL-MC1xx series. The modules support 10/100M, 1000M, or 10/100/1000M networks, depending on the model. Power is supplied via two internal power supplies, ensuring redundant power. The maximum power consumption is 120W, with an output voltage of 5V DC at a maximum current of 12A. The power supply is designed for input voltages from 90V to 230V AC, enabling universal use in various countries.

Technology Explained Simply

The integrated power supplies convert the incoming alternating current (AC) into a constant direct current (DC) of 5V, which is then supplied to the installed media converters. The power supply is equipped with protection circuits that automatically interrupt the current flow in case of overvoltage, overload, or short circuit, preventing damage to the converters or the chassis. The power supply is dimensioned to handle the maximum power consumption of 120W, sufficient to operate all 14 modules simultaneously. The power supply is designed for operation in a temperature range of -10 °C to 50 °C, enabling use in indoor and controlled environments.

Compatibility and Accessories

The chassis is specifically designed for the ALL-MC1xx series from Allnet. Compatible modules include, for example, the ALL-MC102-SC-MM for 10/100BaseTX to 100Base-FX multimode, the ALL-MC103G-SC-MM for 10/100/1000BASE-T to 1000BASE-SX Gigabit multimode, the ALL-MC104G-SFP1 for 1000BASE-SX/-LX with SFP interface, and the ALL-MC105G-SC-SM for 1000BASE-LX singlemode over 10 km. The modules are available with an SC connector or SFP socket, allowing flexible adaptation to various fiber optic cable types.

Mounting and Installation

The chassis is designed as a 2HE 48,3 cm ( 19 inch ) unit and can be mounted in standardized racks. Dimensions are 485 mm (length) × 231 mm (width) × 90 mm (height). Mounting is done via integrated mounting flanges attached to the sides of the chassis. Power supply is via a power cable connected to the rear of the device. The connectors for the media converters are located on the front panel of the chassis, enabling easy installation and maintenance of the modules.

Advantages in Operation

Central integration of up to 14 media converters in a single chassis reduces rack space requirements and simplifies network connection management. The redundant power supply increases system availability, as the second power supply maintains operation in case of a failure of the first. The protection functions of the power supply protect the installed modules from damage due to electrical disturbances. The operating temperature range of -10 °C to 50 °C allows use in a wide range of indoor environments, including server rooms and technical rooms.