Special Safety Instructions, Intended USE, Mounting

concerning use of the appliance by a person responsible for their safety.

•Children should be supervised to ensure that they do not play with the appliance.

SPECIAL SAFETY INSTRUCTIONS

•The protection basket must be closed properly when operating the device.

•Do not put your fingers or any other objects in the protection basket during operation. Do not remove the protection basket during operation.

•Infants, children and elderly persons should not be exposed to the cold air stream over a long period of time.

•Do not operate the device in an extremely hot or moisten environment (e.g. bathroom).

•Unplug the device before cleaning or demounting it.

•Do not operate the device in a horizontal position or without a base.

•Keep the device away from lose objects such as plants, curtains, etc.

•Do not plug the device into the socket before it is not mounted completely.

INTENDED USE

•The device is intended for private use and fanning only. The device is not intended for commercial or industrial use.

BEFORE FIRST USE

•Remove all packaging material.

•Clean the device as described below under Cleaning and Maintenance. Dry all parts carefully before using the device.

MOUNTING

•Remove the screws from both parts of the base plate and place them crosswise on each other.

•To pull out the telescope tube from the stand tube casing, simply push the telescope tube from the bottom of the stand tube casing if the telescope tube is retracted. Use an auxiliary object such as a blunt wooden stick.

•Place the stand tube on the base plate and tighten it with the four screws.

•Unscrew the adjusting screw cap (19) from the stand tube counter clockwise and slide the cover (20) on the junction between the base plate and the stand tube.

•Place and screw the adjusting screw cap onto the stand tube. Pull out the telescope tube until you have reach the desired extent, then tighten the screw cap.

•Loosen the set screw (17). Please note that the hexagon nut (18) is mounted on the inside. Turn the set screw until the upper part of the

device can be placed on the telescope tube. Place the upper part of the device on the telescope tube and tighten the set screw.

•Turn the clamping knurled-head screw (3) at the front of the rotor shaft (11) clockwise to the position “Loosen” and remove it.

•Turn the clamping ring (5) at the rear of the rotor shaft counter clockwise and remove it from the motor casing (12). Place the rear protection basket (7) on the motor casing and make sure that the holes and handle line up properly. The round opening on the inside of the protection basket’s metal ring must lay on the cam of the motor casing.

•Screw the clamping ring clockwise into the screw thread so that the rear protection basket fits tightly to the motor casing.

•Slide the rotor (4) on to the rotor shaft (11). The mounting on the rotor shaft must be placed on the designated opening of the rotor.

•Tighten the rotor by turning the clamping knurled-head screw (3) on the rotor shaft counter clockwise to the position “TIGHTEN”.

•Place the front protection basket (1) in to the basket hook (8) and close the four holding clips (6) at the rear protection basket.

•Put the front protection basket into position so that the bores on the upper part of the protection baskets are on top of each other. Therefore loosen the holding clips a little bit.

•Insert the screw (2) into the bore holes of the protection baskets and secure it with the proper hexagon nut (9). Close all open holding clips on the protection basket.

•The mounting is finished and the stand ventilator is ready to operate.

OPERATION

•Plug the power plug (23) into a suitable socket.

•Select your desired fanning speed by turning the switch in the 0 / 1 / 2

/ 3 (16) position.

0 = device is off.

1 = low speed

2 = medium speed

3 = high speed

•To let the ventilator head constantly oscillated from left to right, push the oscillation switch downwards (13). To direct the air stream on a concentrated place, simply pull the oscillation switch upwards until the desired position is reached.

•The bend of the ventilator head can be adjusted. Turn off the oscillation switch beforehand by pulling the switch upwards. Remove the knurled-head screw (15) from the vertical joint (14). Take the handle (10) of the protection basket and tilt the ventilator head to the desired position. Tighten the knurled-head screw.

9050N5 specifications

The Elta 9050N5 is a cutting-edge radar system designed for a wide variety of applications, primarily in air defense and surveillance. This advanced system represents a significant advancement in radar technology, combining high performance with remarkable versatility.

One of the standout features of the Elta 9050N5 is its enhanced detection capabilities. The radar is equipped with advanced signal processing algorithms that allow it to detect and track multiple targets simultaneously, even in cluttered environments. This is particularly important in modern combat scenarios where the ability to distinguish between various threats is crucial. With a detection range of several hundred kilometers, the Elta 9050N5 can effectively monitor and control airspace, making it an ideal choice for military operations as well as civilian air traffic management.

The radar uses phased array technology, which contributes to its agility and rapid response times. This technology allows for electronic beam steering, enabling the radar to track fast-moving objects with precision while reducing the need for mechanical movement. This not only enhances reliability but also extends the lifespan of the radar system, making it a cost-effective solution for long-term use.

In terms of technology, the Elta 9050N5 integrates advanced automatic target recognition (ATR) systems. These systems utilize sophisticated algorithms to classify and identify targets in real-time, increasing situational awareness and facilitating quicker decision-making for operators. This feature is especially beneficial in dynamic operational theaters where threats can evolve rapidly.

Another important characteristic of the Elta 9050N5 is its ability to operate in a diverse range of environmental conditions. Thanks to its robust design and advanced materials, this radar can withstand harsh weather while maintaining performance standards. Its modular architecture also allows for easy upgrades and maintenance, ensuring the system remains relevant in the face of emerging threats.

Furthermore, the Elta 9050N5 is designed with interoperability in mind. It can seamlessly integrate with other defense systems and platforms, enhancing joint operational capabilities. This makes it suitable for deployment within multi-domain operations, where collaboration across different military branches and allied nations is critical.

In conclusion, the Elta 9050N5 is a highly sophisticated radar system that provides exceptional detection, tracking, and targeting capabilities. Its advanced technologies, robust design, and modular nature make it an attractive solution for both military and civilian applications, ensuring it remains at the forefront of radar innovation in a rapidly evolving technological landscape.