Wireless systems

Function
Manufacturer
Type
Working Range
Working Range (m)
EEP-8503
Code: EEP-8503
On site: 5+ pcs On site: 0 pcs

Supplier:

34.56 EUR (w/o VAT)
EEP-8201
Code: EEP-8201
On site: 5+ pcs On site: 0 pcs

Supplier:

68.48 EUR (w/o VAT)
EEP-4526EN
Code: EEP-4526EN
On site: 5 pcs On site: 0 pcs

Supplier:

50.80 EUR
38.10 EUR (w/o VAT)
944574-000
Code: 944574-000
On site: 4 gab On site: 0 gab

Supplier:

128.45 EUR (w/o VAT)
S5-940334000
Code: S5-940334000
On site: 4 gab On site: 0 gab

Supplier:

78.46 EUR (w/o VAT)
EEP-4512EN
Code: EEP-4512EN
On site: 3 pcs On site: 0 pcs

Supplier:

63.50 EUR
47.63 EUR (w/o VAT)
S5-947220001
Code: S5-947220001
On site: 3 gab On site: 0 gab

Supplier:

17.00 EUR (w/o VAT)
EEP-8502
Code: EEP-8502
On site: 3 pcs On site: 0 pcs

Supplier:

40.90 EUR (w/o VAT)
EEP-209930606056
Code: EEP-209930606056
On site: 3 pcs On site: 0 pcs

Supplier:

12.34 EUR (w/o VAT)
EEP-RFSG1M
Code: EEP-RFSG1M
On site: 3 pcs On site: 0 pcs

Supplier:

59.91 EUR (w/o VAT)
RBSXTsqG-5acD
Code: RBSXTsqG-5acD
On site: 3 pcs On site: 0 pcs

Supplier:

72.15 EUR (w/o VAT)
S5-941244000
Code: S5-941244000
On site: 3 gab On site: 0 gab

Supplier:

203.08 EUR
182.77 EUR (w/o VAT)
RFIM20B
Code: RFIM20B
On site: 3 pcs On site: 0 pcs

Supplier:

45.13 EUR (w/o VAT)
EEP-RFSA66M230V
Code: EEP-RFSA66M230V
On site: 2 pcs On site: 0 pcs

Supplier:

150.70 EUR (w/o VAT)
EEP-RFSA61B
Code: EEP-RFSA61B
On site: 2 pcs On site: 0 pcs

Supplier:

65.42 EUR
32.71 EUR (w/o VAT)
EEP-5029
Code: EEP-5029
On site: 2 pcs On site: 0 pcs

Supplier:

47.70 EUR
35.78 EUR (w/o VAT)
RFIM40B
Code: RFIM40B
On site: 2 pcs On site: 0 pcs

Supplier:

47.15 EUR
35.36 EUR (w/o VAT)
EEP-4707EN
Code: EEP-4707EN
On site: 2 pcs On site: 0 pcs

Supplier:

46.60 EUR
34.95 EUR (w/o VAT)
EEP-4562
Code: EEP-4562
On site: 2 pcs On site: 0 pcs

Supplier:

50.41 EUR
37.81 EUR (w/o VAT)

Wireless systems

Wireless systems are critical for modern industrial environments where flexible communication and remote monitoring are necessary. These systems facilitate seamless data transmission, often replacing traditional wired solutions, which can be costly and difficult to implement in dynamic settings. Wireless networks are used to connect a variety of devices, such as sensors, controllers, and human-machine interfaces (HMI), enabling real-time data collection and control across different industrial processes without the need for extensive cabling infrastructure.

Key Applications of Wireless Systems

Wireless communication is especially useful in challenging industrial environments where physical connectivity is impractical. In industries such as manufacturing, logistics, and utilities, wireless systems are deployed to monitor equipment performance, ensure safety, and provide process automation. Systems like Modbus RTU and TCP/IP networks are used to gather data from sensors and controllers, facilitating remote control and monitoring. Wireless control systems, such as Akerstrom remote control solutions, allow operators to manage devices from significant distances, improving operational efficiency.

Efficiency and Flexibility with Wireless Systems

One of the main advantages of wireless systems is the increased flexibility they offer. These systems can be rapidly deployed and scaled as needed, without the limitations imposed by physical cables. Wireless systems are also more cost-effective in terms of installation and maintenance. Additionally, they support a wide range of applications such as remote data acquisition, condition monitoring, and remote equipment control, which are essential for reducing downtime and improving operational safety. Wireless HMI duplication systems, like VNC viewer solutions, are ideal for real-time monitoring and interaction with processes from remote locations.


How to Choose the Right Wireless System

  1. Assess your operational requirements, focusing on areas where physical cabling is impractical or costly.
  2. Determine the types of data and devices that need to be connected, ensuring compatibility with existing network protocols like Modbus RTU or TCP/IP.
  3. Evaluate the range and signal strength needed for effective communication, especially in environments with interference or long distances.
  4. Select a wireless system that offers secure data transmission, protecting sensitive operational information from unauthorized access.
  5. Consider scalability for future expansion, choosing systems that can accommodate additional devices and users as operations grow.
  6. Ensure compliance with industry standards and safety regulations to guarantee the system’s long-term reliability and security.