AMOB is an outdoor frame used by a wireless transmission base station for baseband transmission modules, realizing an outdoor working environment for its core baseband unit equipment.
The machine frame has a size of 487(W)x 6205(D)x 354.8 (H) mm and has quite excellent heat exchange capabilities.
A process using aluminum alloy welding and surface electrostatic powder spraying
Can reach IP65 and meet the neutral salt spray test of 720H
Equipped with air cooling and cold starting capabilities of heaters
Can support the following on-site installation methods
ACOC is an outdoor frame used by wireless transmission base stations for baseband transmission modules, realizing an outdoor working environment for its core baseband unit equipment.
The frame size is 600(W)x 620(D)x 425.5 (H) mm
The weight of the machine frame is 42Kg (carrying core baseband unit equipment); the machine frame contains a heat exchanger air-cooled cooling system;
Support plug-in units LTE and specific 5G configurations and other possible devices such as Open Edge
Supports installation in 19-inch standard racks
AMIA is an indoor frame used by wireless transmission base stations for baseband transmission modules, enabling an on-site installation environment for its core baseband unit (AMIA) equipment
The full weight of the product is about 40kg, and the size is 760*478* 175mm (W*D*H)
IP level: IP20
The main materials are aluminum alloy (housing) and stainless steel (internal support)
The external surface also uses electrostatic adsorption powder spraying process
Up to 8 core baseband units can be installed simultaneously
AMOB is an outdoor frame used by a wireless transmission base station for baseband transmission modules, realizing an outdoor working environment for its core baseband unit equipment.
The machine frame has a size of 487(W)x 6205(D)x 354.8 (H) mm and has quite excellent heat exchange capabilities.
A process using aluminum alloy welding and surface electrostatic powder spraying
Can reach IP65 and meet the neutral salt spray test of 720H
Equipped with air cooling and cold starting capabilities of heaters
FCIA is a standard indoor rack used by wireless transmission base stations to install baseband transmission module units, etc., and enables indoor installation of its core baseband unit equipment.
The rack size is 600(W)x 521(D)x 1800 (H) mm
Standard 19-inch mounting rail
The plate is made of flow-free hot dip galvanized plate, and the surface is coated with electrostatic powder adsorption
Front and rear door tight holes for ventilation and heat dissipation
The overall product weight is about 60Kg
FCOA is a standard outdoor rack used by wireless transmission base stations to install baseband transmission module units, etc., and enables outdoor installation of its core baseband unit equipment.
The rack size is 770(W)x 770(D)x 1550 (H) mm
Standard 19-inch mounting rail
The plate is made of aluminum plate and stainless steel, and the surface is coated with electrostatic powder adsorption
Front and rear door tight holes for ventilation and heat dissipation
The overall product weight is about 65Kg
Automatic ticket checking machines (also known as gates, hereinafter referred to as GATE) are arranged at the junction of the payment area and the non-payment area of the station. By using special rail transit tickets, they automatically control the entry and exit of passing passengers.
Automatic ticket vending machines (TVMs for short) are placed in the non-paying area of the station and provide passengers with self-service use to complete the functions of ticket sales of rail transit tickets and recharge of stored value tickets. They can process and store coins/banknotes, and change coins/banknotes. It also provides operation management and maintenance functions for operations and maintenance personnel.
The ticket booth ticket vending machine (BOM) is composed of independent equipment such as an industrial computer, operation display, passenger display, printer, IC card reader and writer, and power supply, which are connected through cables. The BOM is placed in the station ticket booth and has functions such as ticket sales and ticket replacement depending on the location. BOM is manually operated and provides ticket sales, ticket replacement, recharge, replacement, refund, inquiry, ticket analysis, revenue management, etc. for rail transit special tickets and one-card tickets.
Best-in-class performance, possibilities, energy consumption and maintenance friendliness
Low maintenance costs, low noise pollution
Metal conveying rollers, more suitable for high-load conveying
Patented belt guidance system and tapered rollers provide the highest levels of reliability and smoothness
Low-tension belt drive across the entire belt width enables long run times
Easily integrated into new and existing conveyor systems
The belt outlet is made of high-strength plywood with a low-wear special coating
The dynamic distribution wall is suitable for automated equipment for distribution of small items in multi-SU and multi-flow scenarios. The automatic distribution wall product consists of three parts: a supply table, a distribution vehicle and a distribution rack.
It has the characteristics of three-dimensional, flexible and cost-effective.
The cabinet is made of high-strength cold-rolled steel plate, which has a stable structure and excellent load bearing. The front and rear mesh doors are designed to ensure efficient ventilation and are compatible with multiple wiring schemes to provide a safe and reliable operating environment for IT equipment.
Through preset programs, operations such as equipment start and stop, speed adjustment, and process parameter calibration can be accurately performed, which can coordinate the collaborative operation of multiple equipment such as robotic arms, conveyor belts, and detectors, and is widely used in scenarios such as intelligent production lines and constant pressure water supply systems.
In the future, smart power exchange cabinets will pay more attention to establishing a complete power exchange network, expand coverage, and make it convenient for users to find nearby power exchange cabinets at any time. At the same time, integrated Internet of Things technology enables remote monitoring, fault warning and other functions to improve equipment operation and maintenance efficiency. For example, through Internet of Things technology, operation and maintenance personnel can understand the battery count, charging status, equipment failures and other information in the power exchange cabinet in real time, and make timely deployment and maintenance.
Air-cooled ESC
Integrate a 20kW hybrid inverter and EMS.
Internally integrates photovoltaic interface, battery interface, load interface, power grid interface, and diesel generator interface.
Integrated fire protection and air conditioning system
Integrated design, highly integrated, small footprint and space-saving equipment.
Self-developed BMS and EMS, customized energy management, remote monitoring, and remote upgrades.
Supports seamless switching to ensure uninterrupted load operation during sudden grid outages.
Multiple energy sources complement each other and efficiently integrate power grids, photovoltaics and diesel generators.
Supports multi-machine parallelism, standardized interfaces, and plug and play.
Air-cooled heat dissipation, efficient intelligent temperature control strategy.
The air cooling life is longer, the capacity is larger, and the profits are higher.
The maximum power point tracking (MPPT) module adopts a modular design and can flexibly adapt to applications of different sizes.
Supports seamless switching to ensure uninterrupted load operation during sudden grid outages. On-grid/off-grid switching time
Self-developed BMS and EMS, customized energy management, remote monitoring, and remote upgrades.
Supports seamless switching to ensure uninterrupted load operation during sudden grid outages.
Multiple energy sources complement each other and efficiently integrate power grids, photovoltaics and diesel generators.
Supports multi-machine parallelism, standardized interfaces, and plug and play.
Full liquid cooling and heat dissipation, efficient and intelligent temperature control strategy.
Liquid cooling has a longer life, greater capacity and higher profits.
Adopt high-capacity 314Ah batteries to increase system energy density and reduce land occupation.
Integrate multi-level alarm, package-level fire protection and active alarm. Multi-level electrical protection strategy and automatic fault isolation.
The liquid cooling system using modular adjustable piping ensures uniform temperature, reduces auxiliary power consumption, and extends system life.
It has an external maintenance design for battery status. It is equipped with an intelligent alarm system and a remote control real-time tracking and monitoring platform.
