Ohm C18, Remote Control Wireless Control System for Crane Machinery

Product Details
Customization: Available
Application: Industrial Machinery, LED Products, Remote Control
Battery Type: Special Self-Made Battery
Diamond Member Since 2024

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  • Ohm C18, Remote Control Wireless Control System for Crane Machinery
  • Ohm C18, Remote Control Wireless Control System for Crane Machinery
  • Ohm C18, Remote Control Wireless Control System for Crane Machinery
  • Ohm C18, Remote Control Wireless Control System for Crane Machinery
  • Ohm C18, Remote Control Wireless Control System for Crane Machinery
  • Ohm C18, Remote Control Wireless Control System for Crane Machinery
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Basic Info.

Model NO.
C18
Transmission Distance
50-100m
Type
Joystick
Universal
Not Universal
Voltage
7.4V
Water Proof Level
IP65
Transport Package
Carton
Specification
254mm x 130mm x 168mm
Trademark
OHM
Origin
China

Product Description

Product Parameters
Radio:
Frequency range: 400-470MHz
Transmission rate: 9600bit/s
Transmitting power: ≤10mW (customizable)
Frequency tolerance: <4ppm
Adjacent channel rejection: >50dB
Modulation mode: GFSK (Gaussian Frequency Shift Keying)
Channel interval: 25KHz
Receiving sensitivity: -115dBm
Check mode: CRC-1TM

Physical Data:
Transmitter weight: 1.4kg (without battery)
Transmitter dimensions: 254mm x 130mm x 168mm (length x width x height)
Transmitter shell material: High-strength engineering plastics
Receiver weight: 2kg
Receiver dimensions: 298mm x 206mm x 103mm (length x width x height)
Receiver installation size: 186mm x 88mm
Receiver installation aperture: Φ6mm
Receiver shell material: High-strength engineering plastics
Working temperature range: -25ºC-70ºC
Working humidity range: 0-97%RH

Safety Standard:
EN ISO 945-1 Category3
EN ISO 13849 Class D
Model Approval Certificate for Radio Transmission Equipment (National No Committee)
Safety certificate of crane remote control device (Liao'an Institute)
Protection level: IP65

Executive Device:
Real-time: Dual CPU real-time control
Frequency control: PLL phase-locked loop
Special address code: 32bit>4.2 billion
Control distance: >100m
Transmitter form: rocker type
Transmitter power supply: 7.4VDC (3600mAh lithium battery)
Transmitter working current: <100mA (except for special systems)
Transmitter low voltage alarm: 6.6V alarm
Transmitter failure alarm: display or LED (multi-combination sound and light alarm)
Power saving protection: automatic shutdown (can be set for 0-30 minutes)
Transmitter antenna: built-in
Receiver power supply: 42-250VDC/10-30VDC/380VAC optional
Rated power of receiver: ≤10W
Receiver fault display: LED work/fault status display
Output mode: fully airtight relay output; *non-standard customized PROFIBUS-DP, CANOPEN, PROFINET, DeviceNET
Relay contact capacity: 4A/250VAC
Output interface: terminal output (including pipe joints); *non-standard HAN32, 50 heavy-duty connectors can be added
Receiver antenna: external

C18 Description:
The OHM C18 is designed with rugged durability, boasting dust-proof and water-repellent features, all harmoniously integrated into an ergonomic design for optimal user comfort.
Utilizing dual CPU encoding and decoding, the OHM C18 ensures exceptionally reliable data communication, providing peace of mind in every operation.
Equipped with a meticulously crafted joystick, the OHM C18 promises a lifespan of an impressive 1 million operations, ensuring longevity and precision control.
The smart key feature offers unparalleled backup capabilities, enhancing operational reliability and efficiency.
Experience real-time active control that strictly adheres to stringent EU standards, ensuring maximum safety and performance compliance.
Supporting up to 64 groups of IO inputs and 10 groups of proportional inputs, the OHM C18 offers extensive input versatility to suit diverse operational needs.
With automatic frequency control, the system intelligently selects the optimal channel upon startup, ensuring seamless operation without manual intervention.
Features optional bus output types with customized feedback options, allowing tailored configurations to match specific workflow requirements.
Ohm C18, Remote Control Wireless Control System for Crane Machinery
Ohm C18, Remote Control Wireless Control System for Crane Machinery
Ohm C18, Remote Control Wireless Control System for Crane Machinery

ABOUT US
OHM (Chongqing) Electronics Technology Co., Ltd.


Established in August 2013, OHM stands as a beacon of innovation in industrial wireless remote control technology. With a manufacturing base in Chongqing and a sales and service center in Shanghai, we integrate R&D, production, sales, and after-sales service to provide comprehensive support and solutions for industrial remote control systems.
As a trailblazer in the industrial wireless remote control sector, OHM champions the principle of 'creating brilliance, only quality.' Our mission is to deliver ultrareliable, safe, and high-quality industrial wireless remote control equipment. We aim to reduce labor, boost efficiency, and furnish operators with a safer, more convenient work environment across various industries such as construction, forestry, and mining.
OHM endeavors to be the premier innovator in both domestic and global markets for industrial wireless remote control products, aspiring to be the nation's flagship brand.
Ohm C18, Remote Control Wireless Control System for Crane Machinery
Ohm C18, Remote Control Wireless Control System for Crane Machinery
Ohm C18, Remote Control Wireless Control System for Crane Machinery

Industrial Remote Control and Its Advantages

While everyday life is filled with household remote controls, industrial remote controls, though less known, are integral to modern industry.

Industrial remote controls empower operators with a radio-based system to manage machinery from afar. Comprising a handheld transmitter and a fixed receiver, these systems enable operators to send encrypted commands wirelessly, which are decoded and executed to control complex equipment seamlessly.

Industrial remote controls boast superior accuracy, sensitivity, signal consistency, and resilience against interference. With enhanced remote distance capabilities and resistance to environmental challenges, these devices transcend the limitations of consumer remote controls, adapting effortlessly to demanding conditions.

Widely employed across industries like metallurgy, shipbuilding, and construction, industrial remote controls deliver precise operations over vast areas, unaffected by obstacles. Operators enjoy the freedom to move with a lightweight transmitter, ensuring both safety and efficiency by eliminating risks associated with limited visibility and environmental hazards.

What are the ADVANTAGES of industrial remote controls?
★ Significantly cut down manufacturing and maintenance costs: Transitioning from traditional cabs to advanced remote control systems has not only become a feasible reality but also an integral part of the standard production process, ensuring economic efficiency.
★ Enhance safety and reliability: By eliminating the command link, the chances of miscommunication due to improper command are greatly reduced. Operators can now maneuver from a strategic vantage point, gaining a clear and intuitive view of the hoisted materials. This system offers superior safety, especially during adverse weather conditions, and prevents miscommunication during high-altitude operations, thereby minimizing the risk of unnecessary accidents.
★ Optimize the operating environment: Operators now have the flexibility to choose a secure angle, steering clear of positions plagued by poor visibility or severe contamination, and effectively shield themselves from the detrimental effects of harmful gases.
★ Conserve human resources: For instance, with the bridge crane, operations such as mooring, loading, and unloading can be efficiently managed by a single operator without the need for additional command, streamlining the workforce.
★ Amplify work efficiency: Empowering operators to make independent judgments enhances the precision and continuity of operations significantly. Freed from the constraints of upper and lower cabs or cumbersome operating lines, operators experience reduced physical discomfort from heat, leading to heightened morale and efficiency.

Across diverse industries, the widespread adoption of industrial remote controls has underscored their outstanding advantages, making them more prominent than ever in optimizing operational processes.

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