Automatic series for customized Spider hand delta robot for Parallel robot-3c industry,
Parallel robot - food industry,
Parallel robot - medicine industry,
Parallel robot - Daily Chemical Industry,
Other standard automation systems : Automatic bagging, automatic sorting, automatic packing, automatic palletizing, automatic palletizing and automatic loading ... any want to automaitc same this kind ,offer training after-sale service ! whole life maintenance!
We just processed in a large batch of chipsets. I posted below current inventory and attached pictures of each type of chipset. Please review and let me know your interest/offer.
Chipset 1 (H61) â?? 3,350 units
Chipset 2 (H81) â?? 2,206 units
Chipset 3 (H55) â?? 436 units
Chipset 4 (B250) â?? 1,600 units
Chipset 5 (SR406) â?? 345 units
Thank you,
Divanti Group
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Key Features
Four-Beam Synchronized Detection
Utilizes four parallel infrared beams for multi-layer verification, eliminating false alarms from animals, debris, or environmental factors (e.g., wind, rain, or sunlight).
Digital Frequency Hopping Technology
Adopts advanced frequency-hopping algorithms to avoid cross-interference, allowing multiple units to operate simultaneously in close proximity (ideal for large-scale perimeters).
Extended & Adjustable Range
Covers distances from 20m to 200m (customizable), suitable for both short and long perimeter layouts.
IP67 Waterproof & Dustproof Rating
Sealed aluminum alloy casing withstands harsh weather (rain, dust, extreme temperatures from -40" to +70"), ensuring year-round reliability.
Smart Self-Diagnosis & Tamper Alarm
Built-in self-check system and anti-tamper sensor alert users to device tampering or malfunctions in real time.
Applications
Perfect for high-stakes security scenarios, including:
Military bases, nuclear power plants, and government facilities
Airports, border control zones, and critical infrastructure
High-value industrial warehouses, data centers, and oil/gas sites
Technical Specifications
Parameter Detail
Operating Voltage 12-24V DC
Detection Range 20m 200m (adjustable)
Waterproof Rating IP67
Operating Temperature -40" to +70"
Material Aluminum Alloy + PC Engineering Plastics
Certification CE, RoHS, FCC
Model No S23 Ultra
Body Material Polycarbonate
CPU MTK6889, Deca Core (Latest 10 Core)
Features Full screen, Face recognition, Dual SIM, Wi-Fi, GPS, Gravity Sensor, Alarm,Calendar , Calculator,Audio recorder, Video recorder, WAP/MMS/GPRS, Image viewer, E-Book, World clock, Tasks card, rear flash
Resolution 7.2HD+ Full Display 1440*3200
Package Box Package Included:
1x Phone
1x Screen Protector (pre-applied)
1x Phone Case
1x Type-C Cable
1x Power Adapter
1x SIM Tray Ejector
1x Quick Start Guide
Attention:
Due to the difference in light, the actual color of the phone may be slightly different from the screen and pictures. Color names are used only to differentiate individual SKUs. Please understand this. Thanks.
Battery capacity, specific charging speed, usage time, and other data may vary slightly due to power cords, power adapters, and ambient temperature. When the mobile phone is completely out of power and automatically shuts down, it must be charged for more than 10 minutes before turning it on. It is recommended to charge the battery when it is below 20%.
First Alert smoke alarm is a white battery-operated smoke detector designed for indoor fire safety protection. It features a round compact body, test/silence button, alarm sound outlet, and easy ceiling or wall installation. Suitable for homes, apartments, offices, hotels, warehouses, schools, hardware stores, fire safety distributors, building suppliers, and wholesale buyers.
The UV laser marking machine is developed by using a 355nm UV laser. This machine uses a third-order intracavity frequency doubling technology. Compared with infrared lasers, the 355nm UV laser has a very small spot, and the marking effect is directly interrupted by a short-wavelength laser. The molecular chain greatly reduces the mechanical deformation of the material. Thermal deformation (cold light), because it is mainly used for ultra-fine marking and engraving. It is especially suitable for applications such as marking, micro-hole drilling of food and pharmaceutical packaging materials, high-speed dicing of glass materials, and complex pattern cutting of silicon wafers.
The Uncooled-infrared thermal imaging module offers two resolution options:
640-512 and 384-288. Featuring high-sensitivity 12µm VOx infrared detectors and proprietary image processing circuits, it delivers high performance with compact size, lightweight design, low power consumption, and cost-effectiveness, fully meeting , SWaP (Size, Weight, and Power/Price) requirements.
This product utilizes the latest infrared thermal image processing algorithm, delivering refined and crystal-clear visuals. Its proprietary image processing circuit ensures high scalability. The module also offers multiple digital interfaces (some customizable) to meet user needs, enabling seamless integration with various intelligent processing platforms.
The LX-682L Emergency Light is a dual-head LED emergency lighting unit designed to provide automatic illumination during power failure. It is mainly used for corridors, staircases, exit routes, and commercial safety systems in buildings.
It is part of a common UL 924-compliant emergency lighting series used in international fire safety installations.
Key Features
Dual Adjustable Heads: Two lamp heads can be rotated for directional lighting
Automatic ON Function: Activates instantly when main power fails
Rechargeable Battery Backup: Built-in lead-acid battery supports emergency operation
Test Button: Allows manual testing of system performance
Charging Indicator LED: Shows charging and power status
Wall/Ceiling Mountable: Flexible installation options
Fire-Retardant Housing: ABS material for safety and durability
Available in LED / Halogen versions
Smartphones are advanced mobile communication devices that integrate computing capabilities with telephony functions, enabling users to perform a wide range of digital tasks beyond voice calling and messaging. They are designed to support productivity, entertainment, connectivity, and multimedia usage through compact, portable hardware.
Key Specification Points:
Display:
High-resolution touch-enabled display with support for multi-touch input
Screen sizes typically ranging from compact to large formats
Adaptive brightness and color calibration for improved visibility
Processor:
Multi-core processors designed for efficient multitasking
Optimized for running applications, gaming, and system operations smoothly
Integrated graphics support for enhanced visual performance
Memory and Storage:
RAM configurations supporting smooth application switching
Internal storage options for apps, media, and system data
Expandable storage support available in select models
Camera System:
Rear and front-facing cameras for photography and video communication
Multiple lenses including wide, ultra-wide, and depth sensors in advanced models
Built-in image processing features for improved photo quality
Battery:
Rechargeable lithium-based battery with optimized power management
Fast charging support in many variants
Battery efficiency systems to extend usage duration
Connectivity:
Support for cellular networks, Wi-Fi, Bluetooth, and GPS
Advanced models include high-speed network compatibility
Seamless data sharing and wireless communication features
Operating System:
Mobile operating system providing user interface and application ecosystem
Regular updates for performance improvement and security enhancements
Access to a wide range of downloadable applications
Sensors and Security:
Fingerprint scanning, facial recognition, and proximity sensors
Accelerometer, gyroscope, and ambient light sensors for enhanced functionality
Security features for data protection and device access control
Clean Cell Phones are professionally tested, fully functional pre-owned mobile phones that have been inspected, data-wiped, cleaned, and graded for resale or export. These devices are ideal for wholesalers, retailers, refurbishers, and international buyers seeking reliable used smartphones at competitive prices.
If you are intrested Contact us:
SMVD FIRE PROTECTION is a modular control platform uniquely designed to meet the needs of applications ranging from standalone fire alarm systems to multi-panel networks with unified fire alarm, security, and mass notification functions Edwards Strategic Accounts collaborates with end clients in assuring delivery and coordination of its products through channel partners anywhere in the world. Edwards Partners are highly skilled and equipped with the local expertise you need to get the most out of your Edwards fire and life safety system from complex installs to regular maintenance.
These systems help in preventing major fire disasters by providing timely alerts, ensuring that occupants can evacuate safely and that the fire department or emergency responders are notified quickly. A well-installed fire alarm system is essential for protecting lives and property, especially in commercial buildings, residential complexes, factories, and public spaces.
Importance of Fire Alarm Systems:
Early Detection: Fire alarm systems detect fires in their earliest stages, often before they become visible or produce significant heat or smoke. This allows for faster response times and minimizes damage.
Life Safety: The primary role of fire alarm systems is to ensure the safety of people within the building. By alerting occupants, these systems allow them to evacuate in a timely manner, reducing the risk of injury or death due to smoke inhalation, burns, or other fire-related accidents.
Minimizing Property Damage: By notifying emergency services early, fire alarm systems help contain fires before they can spread, significantly reducing property damage and associated costs.
Types of Fire Alarm Systems:
Conventional Fire Alarm Systems: In conventional systems, the building is divided into zones, and the detectors within each zone are connected to the central control panel. If a fire is detected, the control panel alerts you to the zone where the fire is located. These systems are often used in smaller buildings or areas with simpler layouts
Addressable Fire Alarm Systems: Addressable fire alarm systems are more advanced and provide more precise information. Each device (smoke detector, heat detector, etc.) is assigned a unique address, which is communicated to the control panel. This system allows you to pinpoint exactly which device detected the fire, providing more detailed and accurate information.
Hybrid Fire Alarm Systems: Hybrid systems combine both conventional and addressable technologies. These systems offer flexibility and can be customized for specific building requirements, providing the benefits of both types of systems.
The NFS-320 Intelligent Fire Alarm Control Panel is a highly advanced fire detection and alarm system designed for medium to large-scale buildings and facilities. It serves as the central hub for fire detection, offering reliable and efficient management of alarm devices, notifications, and emergency responses.
Here's a detailed description of its key features and functionality:
Scalability: The NFS-320 can support up to 320 devices, making it ideal for medium-sized buildings or facilities that need effective fire alarm coverage. The system can also be expanded with additional modules, allowing it to grow with the building's needs.
Network Connectivity: The NFS-320 supports networking with other fire alarm control panels, allowing multiple panels to be linked together. This feature is useful for large buildings or campuses, enabling centralized control and monitoring of the entire fire alarm system from a single location.
Intelligent Fire Detection: Equipped with intelligent detection technology, the NFS-320 is capable of analyzing data from connected fire alarm devices. This allows the system to quickly and accurately detect fire threats while minimizing the occurrence of false alarms.
User-Friendly Interface: The NFS-320 features a clear, easy-to-use interface, typically with a touchscreen or keypad, allowing operators to easily monitor, configure, and manage the system. The interface provides real-time status updates, alarm information, and detailed diagnostics for system maintenance.
Advanced Alarm and Notification: The panel can be integrated with audio-visual devices such as sirens, bells, and strobes to alert building occupants in case of a fire emergency. The NFS-320 can activate these devices in specific zones, providing targeted notifications to those who are directly at risk, while ensuring safety throughout the facility.
Multiple Zones: The NFS-320 is designed to handle multiple alarm zones, allowing users to precisely identify the location of a fire within the building. This feature enables faster and more effective evacuations and response efforts, improving safety for both occupants and first responders.
Reports and Diagnostics: The control panel includes robust reporting and diagnostic capabilities, which provide detailed logs on system status, event history, and maintenance needs. These features help ensure the system'[s reliability and allow for proactive maintenance, reducing the risk of system failures
The NFS2-3030 is a fire alarm control panel (FACP) manufactured by Notifier by Honeywell, designed for use in large commercial, industrial, and institutional buildings. It offers advanced fire detection, alarm signaling, and emergency communications capabilities. Here's a detailed description:
Key Features and Specifications
Scalable Architecture: Compliance and Standards and Expandable design suitable for small to large installations.
Networking Capabilities: Compatible with Notifiers ONYXWork or Noti Fire Net for integrating multiple panels into a single system and facilitates seamless communication between multiple buildings or zones
Advanced Detection Technology: Features intelligent detection algorithms to reduce false alarms and supports specialized detectors, including smoke, heat, and multi-criteria sensors.
User-Friendly Interface: Equipped with a 640-character backlit LCD display for easy monitoring and configuration and Simple navigation for operators via intuitive menus.
Emergency Communication: Built-in or optional voice evacuation systems for guiding occupants during emergencies and supporting mass notification and paging features.
High-Speed Processing: Compatible with various mounting configurations (rack, cabinet, or standalone) and Can be installed with remote annunciators and power supplies.
Flexible Installation: Hybrid systems combine two or more suppression methods, like water and foam or foam and chemicals, to provide enhanced protection. These are used in specialized environments where more than one type of hazard is present, such as industrial plants where both chemical and combustible materials are used.
The NFS2-640 Intelligent Fire Alarm Control Panel is a highly advanced fire safety system used to monitor and manage fire alarms in large commercial, industrial, and residential buildings. This system acts as the central control unit that connects to various fire detection devices, such as smoke detectors, heat sensors, and manual call points, to provide real-time alerts during a fire emergency. The panel is designed to handle up to 640 devices, which can be spread across multiple zones within a facility. This scalability allows it to be used in both small and large buildings, offering flexibility for various types of infrastructures. It can also be networked with other panels to monitor large campuses or multiple buildings from a central location.
The NFS2-640 uses intelligent fire detection technology to accurately assess potential fire threats, reducing false alarms and improving the response time during real fire events. It is equipped with advanced algorithms to analyze the data from connected devices and immediately pinpoint the exact location of an alarm, which is crucial for effective evacuation and fire-fighting operations.
The NFS2-640 is compatible with various fire alarm protocols, which means it can be integrated with different types of fire detection devices from various manufacturers. This flexibility makes it an ideal choice for installations where devices from multiple brands or generations are used. For maximum reliability, the NFS2-640 is equipped with backup power systems, ensuring that it remains operational during power outages. The system will continue to function, allowing alerts to be issued and fire detection to continue even in case of an electrical failure.
Here are the key features of the NFS2-640:
Scalability: The system is scalable, meaning it can be expanded with additional modules to support up to 640 devices, such as smoke detectors, heat sensors, and manual pull stations.
Network Connectivity: Network Connectivity: It supports networked configurations, allowing multiple panels to be connected, offering centralized monitoring and control across a large area or facility.
Intelligent Detection:The panel uses advanced algorithms to intelligently monitor fire alarm devices, detect fire events, and quickly pinpoint the location of any incident, enhancing safety and response times.
The FSP-951 Addressable Photoelectric Smoke Detector is a highly advanced fire detection device designed to provide early warning of smoke or fire in a variety of environments. It utilizes a photoelectric sensing technology to detect the presence of smoke particles in the air, offering reliable performance and quick response to potential fire hazards.
Here's a detailed description of its features and functionality:
Photoelectric Sensing Technology: The FSP-951 uses a photoelectric sensing principle, which relies on a light source and a photodetector. When smoke particles enter the detection chamber, they scatter the light, causing a change in the intensity of light received by the photodetector. This triggers an alarm, indicating the presence of smoke or fire. Photoelectric detectors are known for their high sensitivity to slow, smoldering fires.
Addressable Technology: As an addressable detector, the FSP-951 can be individually identified by the fire alarm control panel. This means that each detector has a unique address, allowing the panel to pinpoint the exact location of smoke detection within the building. This is a key feature for large buildings or complex environments where quick identification of the fire's location is critical for effective response..
High Sensitivity and Early Detection: The FSP-951 is designed to provide early detection of smoke, especially in environments prone to smoldering fires, such as offices, hotels, and schools. Its sensitivity ensures that it can detect even small amounts of smoke, allowing for an early warning that gives occupants time to evacuate and respond.
Built-In Signal Processing: The detector incorporates advanced signal processing capabilities, which allow it to filter out false alarms caused by dust, humidity, or other environmental factors. This helps reduce the occurrence of nuisance alarms, ensuring that only genuine fire threats trigger an alert.
Reliable and Stable Performance: The FSP-951 is designed to operate reliably in a variety of conditions. It features a stable sensing chamber that ensures consistent performance over time, with minimal drift in sensitivity. This makes it a long-lasting solution for fire detection in both commercial and industrial environments.
Low Power Consumption: The FSP-951 is energy-efficient, consuming minimal power while maintaining high performance. This low power usage helps extend the life of the detector and reduces operational costs.
Simple Installation and Maintenance: The detector is designed for easy installation and maintenance. Its compact size and addressable technology simplify the wiring process, reducing installation time and labor costs. The device also features a clean, user-friendly design that makes maintenance straightforward.
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