- Optical terminal for prison
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DVOP-IOT-EM1 industrial intelligent electric sliding door controller is the front-end core equipment of the intelligent access control system of Shenzhen Guangxiang Intelligent Prison. The controller is designed based on industrial interconnection, big data and cloud technology. It realizes the local, remote and cloud control management of prisons, detention centers, unmanaged centers, detention centers, detention centers, and drug rehabilitation centers that need to implement electric door management. DVOP-IOT-EM1 is an intelligent electric sliding door controller based on industrial Internet architecture with complete core intellectual property rights. It can realize the control and management of the opening, closing and stopping of the motor in various ways such as local/floor/remote, and realize the comprehensive front-end electric door status signal such as the door is open, the door is closed, the door is fully closed, the door is fully open, the door is half open and the door is faulty. And uploaded to the remote end through the network, the controller also provides 2 lines of external alarm/button/vibration/flooding and other sensor input interfaces, to achieve 2 expanded remote transmission, and to achieve remote alarm/status display.
● It has 1 electric sliding door control output, 1 sliding door threshold sensing input, 1 10/100M adaptive network interface, manual control input and sliding door status output
● 220VAC/16A high current output, suitable for all kinds of sliding door motor control
● Adopt vertical strong current input socket with cover, combined with shaped groove shell design to ensure safe use
● Support 2 lines of external alarm/button/vibration/flooding and other sensor input interfaces, and report to the center through the network
● Without any external sensor, linear optocoupler zero-crossing detection technology is used to achieve real-time online detection of resistance
● All interfaces adopt advanced gas discharge tube +TVS self-healing multi-stage lightning protection design
The open source embedded LINUX design completely eliminates the possibility of backdoor access to data and information
● Resistance processing can be flexibly preset, such as backtracking/stop/delay and other resistance processing
● The input and output IO interfaces are fully isolated by optical coupling, with high-level protection and isolation capabilities
● The device supports 1+1 hot backup redundant feed, and the power supply has anti-reverse connection protection
● All chips and devices are made of domestic or non-American systems to ensure that the controller can be used safely in various situations
● The built-in fire bull transformer ensures the feeding stability and adaptability of the equipment
● Resistance detection support local potentiometer calibration, local WEB Settings, PC software Settings and other flexible resistance calibration
● Adopts PWM technology and adopts high-power thyristor to achieve fine thrust adjustment
● Industrial grade design, suitable for long-term stable operation in harsh industrial environment
● The durable high-strength alloy housing meets the IP40 protection level
● Support local potentiometer, local WEB, PC side software and other modes of thrust adjustment and other flexible setting methods
● With one-click reset, one-click restore factory configuration button, convenient on-site installation and engineering maintenance
● Full industrial design, using imported industrial chips and devices
● It has an external interface with the floor/building console to support long-distance signal transmission of 100 meters
● Support DVOP-IoT centralized management, support centralized management software intelligent identification access, automatic discovery and search
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Network interface indicator |
Physical interface: |
Standard RJ45 |
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Interface rate: |
10/100M adaptive, full duplex/half duplex |
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Network media: |
Category 5 and above unshielded twisted pair cables |
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Forwarding method: |
Storage forwarding, all ports support line speed forwarding |
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Network protocol: |
IEEE 802.3, IEEE 802.3x, IEEE 802.3z, IEEE 802.3U, IEEE 802.3ab |
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Flow Control: |
IEE802.3X/IEE802.3Z Full duplex flow control and half duplex flow control |
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Line sequence: |
Adaptive MDI/MDIX direct connection and cross-connection mode |
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Motor Interface Specifications |
Physical interface: |
3P-7.96 fence-type terminal with cover |
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Output current: |
≤16A (220VAC) |
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Connect to the motor: |
Public end, open, close |
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Sensor interface |
Physical interface: |
9P-5.08 side wiring type industrial crimp terminals |
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Threshold Sensor interface: |
Normally closed, normally open optional |
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Threshold sensor status input: |
Door open, door closed, public |
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Expand sensor status input: |
Two switch type status input |
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Sensor access mode: |
Optocoupler isolated access |
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Local/branch console interface |
Physical interfaces: |
DB9-M standard terminal |
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Input control quantity: |
Door open, door close, door stop |
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Input method: |
Optocoupler isolated input |
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Output state quantity |
Door open, door closed, door fully open, door fully closed, door fault |
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Output mode: |
Optocoupler isolated output |
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Output drive current: |
≤20mA |
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Power supply/power |
Feed interface: |
3P-7.86 Block terminal with cover |
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Feed voltage: |
220VAC |
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Feed current: |
16.1 A or less |
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Feed protection: |
Overload protection: Supported Reverse protection: Supported Redundancy protection: Supported |
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Environmental parameters |
Operating temperature: |
-20℃ ~ +60℃ |
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Storage temperature: |
-40℃ ~ +80℃ |
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Relative humidity: |
5 to 95% condensation free |
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Protection index |
Network port surge protection |
IEC 61000-4-5 Level 4 |
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Fast pulse Group |
IEC 61000-4-4 Level 4 |
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Antistatic interference |
IEC 61000-4-2 Level 4 |
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Mechanical |
Enclosures: |
Naturally cooled, fanless, IP40 protection rating |
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Installation method: |
Desktop/wall mount |
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Dimensions: |
185 x 110 x 42mm (W x D x H) |
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Weight: |
1250g |
