| Parameter | Details |
|---|---|
| Product Name | Telemecanique Schneider EL05-966-2 Control Board |
| Manufacturer | Telemecanique |
| Brand | Schneider Electric |
| Part Number | EL05-966-2 |
| Model Numbers | LC1K09 0085E7 2F0816 0 LC2K09 015E7 2F08161 |
| Frequency | 50/60Hz |
| Voltage | 460 VAC, 50/60Hz |
| Part Numbers | 101109 49288 LC1K09 105E7 2F08165 |
| Standards | BS 5424, NFC 63110, VDE 0660, IEC/EN |
| Current Rating (Ith) | 20A |
| Rated Voltage (Ui) | 690V |
| Impulse Voltage (Uimp) | 8kV |
| Maximum Voltage | 600V |
| Continuous Current | 20A |
| Torque | 7 Lbs In. |
| AWG | 12-18 Cu |
| Auxiliary Contacts | A600 Q600 |
| Temperature Range | 60/75°C |
| Additional Part Numbers | 9085004870000317 2F08166317 E7 9085004870000309 2F08165309 E7 |
| Country of Manufacture | France |
| Weight | 1.840 Kg |
| Reference Number | 79788 |
Key Features of the Telemecanique Schneider EL05-966-2
The El05-966-2 is meant for offering reliable control within diverse industrial applications. Here is the analyzed list of key differentiated features:
High Compatibility and Versatility:
Its control board is engineered to fit different kinds of industrial systems. This board allows for almost all use within Schneider Electric and Telemecanique products. Compatibility is maintained for perfect working within any setup. This makes the board a desirable control option among firms looking for a tough and sturdy platform.
Reliability:
The EL05-966-2 is designed with strong and robust materials that can endure demanding industrial conditions. Its high-quality resources ensure that the product does not easily break down, reducing possible instances of stoppages and maintenance, which can negatively impact business operations in many ways.
Sophisticated Control Functions:
Equipped with the latest control technology, the EL05-966-2 allows for fine and variable changes as well as modifications in industrial systems. Indeed, its advanced control features allow it to easily integrate with other equipment and drive the management of complicated processes.
Features of EL05-966-2
Advanced safety features
Industrial automation processes require extreme care in safety, and the control board EL05-966-2 has taken all measures for protection against overheat and electrical surges. These arrangements prevent accidents, ensure safe equipment, and protect people as well.
Energy Efficiency:
In addition to high-performance abilities, the EL05-966-2 is power-efficient. Doing this is meant to optimize power usage by this control board. Its benefits include reduced energy costs and attainment of environmental sustainability goals by most industries that focuses on it today.
Applications of the EL05-966-2 Control Board
The EL05-966-2 control board is applicable in different industrial sectors where critical automation is required. Such applications include the following:
Manufacturing and Assembly Lines: Enables smooth automation such that high-speed production lines remain of quality.
Material Handling Systems: Controls conveyors, lifts, and other material handling equipment, thus allowing easy movements of goods
Packaging Machinery: Facilitates smooth control over packaging processes ensuring efficiency, reducing waste, and subsequent loss of products.
HVAC Systems for Industrial Facilities: Regulates temperature as well as ventilation, which ensures energy savings and will maintain favorable working conditions.
Advantages of Telemecanique Schneider EL05-966-2 Control Board
Increased Operational Efficiency: With its high-precision control, the EL05-966-2 minimizes errors and improves process efficiency, leading to enhanced productivity.
Reduced Maintenance and Downtime: Its robust build and protective features mean fewer breakdowns and a longer lifespan, which saves on maintenance costs.
Enhanced Safety and Compliance: The built-in safety mechanisms provide peace of mind, ensuring that your facility complies with industrial safety standards.
Environment-Friendly Operation: Optimize Energy Consumption This control board keeps the environment from the direct utilization of it in the industrial operations therefore contributes towards sustainable practices















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