SANORA 12 RADIO REMOTE CONTROLS

47000 INR/Number

Minimum Order Quantity : 1 Number

Delivery Time : 1 Week

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SANORA 12 RADIO REMOTE CONTROLS Price & Specifications

Weight TRANS - 600gms RECEIV - Approx 1.40 Kg Grams (g)

Warranty 12 MONTHS OF DATE OF SUPPLY

Rated Voltage 110 VAC / 230 VAC Volt (V)

Protection Level IP65

Product Type RADIO REMOTE CONTROLS

Output Type 10 mW

Frequency (MHz) 433-434MHZ Megahertz (MHZ)

Energy Consumption 1mA Energy

Dimension (L*W*H) TRAN - 236 (H) X 66 (W) X 66 (B) RECE - 284 (H) x 220 (B) x 110 (W) Millimeter (mm)

Application EOT CRANE , COKE OVEN, AMUSMENT PARK, STORAGE SYSTEM, GOLIATH CRANE

Sample Policy Contact us for information regarding our sample policy

Main Export Market(s) Eastern Europe, South America, North America, Africa, Australia, Asia, Central America, Middle East, Western Europe

Main Domestic Market All India

Delivery Time 1 Week

Certifications CE MARKING , ISO

About SANORA 12 RADIO REMOTE CONTROLS Detail

SANORA -12S/12D range of Radio Remote Controls is designed to enable advanced control over a wide variety of applications. The transmitter, with 12 double push buttons has 5 status led, which display either the system status or special functions. Extra functions can be added as required and are also available with Display for data feedback.

Robust Design and Excellent Protection

Built with an IP65 protection level, SANORA 12 Radio Remote Controls are engineered to endure harsh weather and industrial conditions. They are resistant to dust and water, making them ideal for both indoor and outdoor applications in heavy-duty sectors, ensuring consistent performance.

Efficient Power Usage and Performance

These remote controls consume just 1mA of energy, reducing operational costs without compromising on range or response time. Their transmitter and receiver pair operate on the secure 433-434 MHz frequency, ensuring reliable, interference-free communication for your automation needs.

Versatile Industrial Applications

The SANORA 12 Radio Remote system can be integrated into various industrial and amusement settings. Whether controlling EOT cranes, managing storage systems, or operating machinery in amusement parks and coke ovens, these remotes offer flexibility with compact dimensions for easy installation and handling.

FAQ's of SANORA 12 RADIO REMOTE CONTROLS:

Q: How does the SANORA 12 Radio Remote Control enhance industrial operations?

A: The SANORA 12 Radio Remote Control streamlines workflow by providing wireless control over equipment such as EOT cranes and storage systems. This increases safety, boosts efficiency, and reduces the need for manual intervention near hazardous machinery.

Q: What environments are suitable for installing SANORA 12 Radio Remote Controls?

A: Designed with IP65 protection, these remotes perform excellently in challenging environments-including dusty warehouses, humid coke ovens, outdoor amusement parks, and industrial cranes-where water and debris resistance is vital.

Q: When can users expect maintenance or support under warranty?

A: Each SANORA 12 Radio Remote Control unit comes with a 12-month warranty from the date of supply. Support and maintenance services are available within this period, ensuring operational reliability.

Q: Where are SANORA 12 Radio Remote Controls typically used?

A: These controls are primarily utilized in industrial sectors-such as EOT cranes, goliath cranes, amusement parks, storage systems, and coke oven plants-across India, for both indoor and outdoor operations.

Q: What is the installation process for this remote control system?

A: Installation is straightforward due to the compact dimensions of both transmitter and receiver units. They can be mounted on or near the equipment, integrated with a power supply of 110 or 230 VAC, and paired to operate securely on the 433-434 MHz frequency band.

Q: How does the low energy consumption benefit users?

A: With a rated energy consumption of only 1mA, users benefit from longer operational life, reduced electricity costs, and minimal impact on overall system efficiency.