【Performance Characteristics】

1.More Reasonable Shell Structure: The shell is made of carbon structural steel with thickened forging, featuring an independent power supply cavity and a quick-opening door structure. The internal standard rack-mount structure is equipped with an optical cable distribution frame.

2.More Stable Network Operation: The compartmentalized design ensures no interference between wiring terminals and equipment. It realizes ring network redundancy and can form a fiber-optic self-healing ring network, allowing automatic recovery from network failures.

3.Higher Transmission Efficiency: With 10000M fast Ethernet capabilities and multiple Ethernet signal interfaces, it satisfies data exchange between any two signal ports. High-quality chips ensure lossless transmission.

4.Optional Cores: The fully sealed structure is wear-resistant, corrosion-resistant, and high-temperature resistant, suitable for various harsh environments. Options include Hirschmann/MOXA/Haisike controllable switches with built-in UPS uninterrupted power supplies.

【Functions】

a) Compliant with IEEE802.3 protocol, featuring Ethernet optical and electrical ports, supporting full-duplex/half-duplex.

b) Capable of data conversion between RS485 signals, CAN signals, and Ethernet signals.

c) Supports ring redundancy network structure.

d) Features initialization parameter setting and power-fail protection, with parameters adjustable via network or optical ports.

e) Equipped with network management and SNMP management functions.

f) Provides VLAN, flow control, self-diagnosis, and fault indication functions.

g) Indicates power, working status, and communication status.

h) Incorporates firewall packet filtering policies.

【Working Principle】

The switch stores a table called the CAM structure table, which contains MAC addresses, ports, VLAN IDs, and timers. Each MAC address corresponds to one or multiple ports.

When the switch receives a data frame, it checks the table for a matching MAC address and port relationship. If found, it forwards the data to the corresponding port; otherwise, it forwards it to all ports.

Upon forwarding, the CAM adds an entry for the terminal MAC address and port. Over time, the table populates with all ports and their associated terminal MAC addresses.

Subsequent data frames are sent based on these port relationships. Each entry has a timer that resets upon use. If an entry remains unused for an extended period (timeout), the MAC table deletes it.

【Product Parameters】

A.Explosion-proof Type: Mining explosion-proof and intrinsically safe, marked as "Ex db [ib Mb]Ⅰ Mb".

B. Structural features

a) Dimensions (length x width x height): 595mm x 736mm x 1047mm;

b) Weight: Approximately 220kg.

C. Power supply

a) Working voltage: AC660V/127V (tap type transformer);

b) Input apparent power: ≤ 250VA.

D. 10 Gigabit Ethernet optical signal interface

a) Number of interfaces: 4;

b) Connection method: LC；

c) Transmission method: Full duplex TCP/IP Ethernet optical signal transmission protocol;

d) Transmission rate: 10000 Mbps;

e) Light emission power:- 15～0dBm（0.0316mW～1mW）； (Single mode fiber with a wavelength of 1310nm)

f) Light receiving sensitivity:- 25dBm； (Single mode fiber with a wavelength of 1310nm);

g) Maximum transmission distance: 10km. (Using MGTSV single-mode optical cable; there are a total of 8 fiber optic joints, including 3 hot-melt joints, 3 cold melt joints, and 2 movable connection points).

E. Gigabit Ethernet optical signal

a) Number of interfaces: 8;

b) Connection method: LC；

c) Transmission method: Full duplex TCP/IP Ethernet optical signal transmission protocol;

d) Transmission rate: 1000 Mbps;

e) Light emission power:- 15～0dBm（0.0316mW～1mW）；  Single mode fiber with a wavelength of 1310nm

f) Light receiving sensitivity:- 25dBm； (Single mode fiber with a wavelength of 1310nm);

g) Maximum transmission distance: 10km. (Using MGTSV single-mode optical cable; there are a total of 8 fiber optic joints, including 3 hot-melt joints, 3 cold melt joints, and 2 movable connection points).

F. Gigabit Ethernet electrical signal interface (intrinsic safety)

a) Number of interfaces: 6;

b) Transmission method: Full duplex TCP/IP transmission protocol;

c) Transmission rate: 1000 Mbps;

d) Signal peak value: ≤ 5V;

e) Transmission distance: 100m (using MHYV mining communication cable, with a core wire cross-sectional area of not less than 1.5mm2).

G. Gigabit Ethernet electrical signal interface

a) Number of interfaces: 32;

b) Transmission method: Full duplex TCP/IP transmission protocol;

c) Transmission rate: 1000Mbps;

d) Transmission distance: 10m (using MHYV mining communication cable, with a core wire cross-sectional area of not less than 1.5mm2).

H. RS485 signal interface (intrinsic safety)

a) Number of interfaces: 4;

b) Transmission method: Half duplex RS485 signal, bipolar;

c) Transmission rate: 9600bps;

d) Peak to peak voltage of signal operation: 2-12V;

e) Transmission distance: 1km (using MHYV mining communication cable, with a core wire cross-sectional area of not less than 1.5mm2).

I. CAN signal interface (intrinsic safety)

a) Quantity: 2 routes;

b) Transmission mode: half duplex, bipolar;

c) Transmission rate: 5kbps;

d) Peak to peak voltage of signal operation: 1V to 5V;

e) Maximum transmission distance: 3km (using MHYV mining communication cable, with a core wire cross-sectional area of not less than 1.5mm2).

J. Backup battery

a) Backup power supply working time: ≥ 2h (at rated load);

b) Backup battery pack: 8 IFpR32/70 lithium iron phosphate batteries are used in series, with a single battery of 3.2V and a capacity of 6Ah.

K. Throughput: ≥ 163400Mbps

L. Network reconstruction self-healing time: no more than 300ms.

【Product Qualifications】