Tips for using the cardboard template guide when installing your actautor arm
The below example is showing us a pull to open setup. Actuator arm on the inside of the property pulling the gate inwards to open.
This first image shows us with the gate in the open position and template setup. You will always set your gate up in the open position, generally around the 90 degree mark. This will allow the arm to have full retraction in the open and therefore no ground stop required. You will position your template so that it's pivot point marries up to the secondary bracket and arm pivot point. Using the short side of the template position it to the gate frame and mark the gate with a piece of tape beween the 2 end lines on the template. This will represent the gate bracket pin.
Once you have your mark on the gate from the open position using the short side of the template, you will then close the gate to hit its stop. Bring the long side of the template around to the closed gate frame. Now check that the tape marked on the gate falls within the long cardboard template. If it does, then you have the gate bracket marked and positioned on your gate as well as having the correct position for your actuator arm's pivot point. If the tape falls outside the long cardboard template then your pivot point is not correct which will result in the gate not fully closing. Try adjusting the pivot point and start again.
Image above shows a nice angle between the gate and actuator arm. If this is not set correctly and the arm runs parallel with the gate you will end up with a tired and eventually damaged arm.
** Maximum weight 450kg. Other factors such as cladding and wind resistance may increase the loaded gate weight on the motor past the manufacturers load specifications, please consult our sales team if you have any doubt before purchasing.
Solar Powered Farm Gates
Available in Single and Double kits
24Volt 40watt solar panel with mounting bracket & 10mtrs cable
20A PWM Solar Regulator
2 x 12v 14ah deep cycle batteries
1 x Battery box with steel mounting bracket
Supporting wires
Single kit - 2mtrs prewired 7 core arm cable
Double kit - 1 @ 2mtrs and 1 @ 12mtrs prewired 7 core arm cable
Actuator
Control Box
Control Board
Remotes
Brackets
Release Key
Caution Sign
2 x 14ah batteries
Solar panel
Solar Regulator
Battery box with bracket
Solar powered gate solutions for farm gates can improve efficiency, increase security, and make farm management easier and more effective
Are you a farm owner looking to automate your gates? It can be a tough task, especially considering the width, lightweight, and flexible gate designs. But worry no more! BMGi has the perfect solution for you.
Introducing BMGi's innovative TMT 400LLS solar powered gate opener, designed to bring you convenience and security while enduring the harsh Australian conditions. Our team of experts has spent years crafting these kits with reliability and durability in mind.
One standout feature is the weatherproof case that protects the internal components from rain, dust, and other environmental factors. With this level of protection, you can trust that your gate opener will keep working flawlessly.
Our TMT kit is powered by 2 x 12V 14Ah deep cycle batteries, which is efficiently charged by a high-power 40W solar panel, these gate opener kits are both eco-friendly and cost-effective. You can rely on our Pulse-Width Modulation (PWM) solar controller to ensure efficient charging and maximize battery life. Our testing shows that a fully charged battery can handle approximately 200 gate cycles over 21 days.
Our TMT 400LLS is designed to work seamlessly with farm gates up to 16ft or 5mtrs, every component of these kits is carefully crafted for optimal performance and durability. The best part is that they come in a DIY form, making it easy for you to automate almost any properly hung swing gate using our kits.
Thousands of farm owners across Australia have already installed our solar-powered gate opener kits and experienced their effectiveness and reliability firsthand. With BMGi, you can enjoy the convenience and security of automated gates without worrying about maintenance or running costs.
In conclusion, BMGi's solar powered gate opener is a game changer for farm owners who want to automate their gates. Designed to withstand tough Australian conditions, these kits offer reliable and secure gate automation. With easy DIY installation and a proven track record, BMGi's gate opener kits are a trusted solution for automated farm gates.
Featuring a die cast aluminium motor cover that provides resistance to critical environmental factors.
Optional Extras
TMT Round Gate Bracket $65 ea
This bracket is perfect for your rural farm gates! No drilling through your gate frame and easy adjustment during the installation.
Wires into the main control board and placed at the gate to allow visitors in and out of the property. The key allows you to disable and lock the push button from being used.
Photocells, also known as photoelectric beams, consist of an invisible infrared light beam transmitted from a sending unit to a receiving unit. When an object blocks the beam, the system detects the presence of an obstacle. Photocells are frequently used in conjunction with automatic gates on either side of a driveway to prevent a gate from closing on a vehicle. This is particularly useful when the gate is set to automatically close after a predetermined time delay. Photocells are a vital safety feature, and they play a crucial role in preventing accidents and damage to property. They are reliable, cost-effective, and require little maintenance. Photocells are a simple yet effective way to ensure the safety of people and property.
Types of Safey Beams
When it comes to gate usage, photocells with a point-to-point infrared light beam transmitted between a transmitter and a receiver on either side of a gateway are typically the preferred option over reflector types. This is because reflector types tend to be less effective in rainy or sunny conditions. However, a newer type of reflector that utilizes an infrared laser has shown to be much more reliable. This laser-based reflector overcomes the issues associated with traditional reflector types, ensuring accurate detection of obstacles even in challenging weather conditions. It is important to choose the appropriate photocell for the application at hand, taking into consideration factors such as weather conditions, location, and reliability. A well-chosen photocell can provide reliable and efficient operation for gate systems, helping to prevent accidents and protect property.
Beam Positioning
When installing photocells, the most critical factor is ensuring that they are accurately facing each other. The transmitter's beam of light is narrow, and if it is not precisely aimed at the receiver, the system may not function correctly. Worse yet, it could work intermittently and stop functioning as soon as it rains, leaving the gate open and creating a safety hazard. Proper alignment of the photocell components is essential for reliable and efficient operation. Additionally, it is crucial to ensure that the installation location is free of obstacles that may block the light beam, such as vegetation or building structures. Taking the time to correctly align the photocell components and choose an appropriate installation location will help to ensure that the system functions correctly and prevents accidents, protecting both people and property.
Proper installation of photocells is crucial for the smooth and safe operation of gate systems. One of the critical factors that affect their performance is the height at which they are installed. If the height is too high, the photocell may not detect low-profile vehicles or empty trailers passing through, while if it is too low, it may detect obstacles such as the ground or rocks and cause the gate to malfunction.
To ensure optimal performance, it is recommended to install photocells at a height of around 600mm from the ground. This height is suitable for most vehicles, including cars, vans, utes, small trucks, and trailers. However, for gates shared by larger trucks, installing two sets of photocells at different heights is advisable. In addition to the first set installed at 600mm, a second set should be installed at 900mm to detect the presence of larger vehicles accurately.
By positioning the photocells at the correct height, gate systems can operate reliably and safely, ensuring the protection of both people and property. Proper installation of photocells is essential, and it is also important to ensure that the photocell components are securely mounted, correctly aligned, and free from obstructions that may interfere with their operation. Regular maintenance and testing of the photocell system will help to ensure that it remains functioning optimally over time.
Swing Gates
When it comes to swing gates, it is essential to have at least two sets of closing photocells for proper coverage. For double swing gates, the distance between the inside and outside sets of photocells is shorter, making them better suited to this type of gate than single swing gates. When installing photocells on a 4m swing gate, it is crucial to ensure that the distance between the photocells does not exceed 4m. This is because if a car stops between the photocells, there is a risk that the gate may close on it. Therefore, it is best to position the photocells as close to the gate as possible to minimize this risk.
In addition to the two sets of closing photocells, it is also recommended to install a third set of opening photocells beyond the gate in the open position. This will prevent the gate from opening on a vehicle if it is parked in the path of the opening gate. If the opening photocell is broken, the gate will not open, thus preventing any potential accidents.
Proper installation and positioning of photocells are essential to ensure that swing gates function safely and reliably. It is also important to regularly inspect and maintain the photocell system to ensure that it continues to function optimally over time. By following these guidelines, swing gate systems can operate safely, protecting both people and property.
A Swing Gate Automation Safety Beam Set Up
With swing gates, a pair of photocells should be placed just outside the gates (assuming they open inward) on opposite sides of the driveway and facing each other. A second pair should be placed inside the gates across the driveway but just outside the reach of the fully open gates.
Arriving at Automatic Swing Gates from the Outside
When a vehicle approaches from the outside and the gates are closing, the outside safety beams are broken, which causes the gates to stop closing and reverse in order to open and avoid colliding with the car.
A vehicle that has passed through the outside safety beam then breaks the inside beam and prevents the gates from closing until it has passed through and the beam is restored. Then, after the appropriate time delay, the gates will close.
Arriving at Automatic Swing Gates from the Inside
When vehicles approach gates that are in the process of closing from the inside, they will interrupt the inside safety beam and prevent the gates from closing. As a result, the gates will reverse and open completely, allowing the vehicle to pass through.
Smaller Vehicles and Pedestrians
The time delay configured to maintain gates in an open state after a beam is restored is crucial, particularly when gates are crossed by pedestrians or slower-moving small vehicles. This is because there will be a moment when neither the inner nor outer beams are interrupted by the person or vehicle. In instances where long gates, such as a single 5-bar gate, are employed, a car can even be positioned in a way that does not obstruct either beam.
A Slide Gate Automation Safety Beam Set Up
Automated sliding gates slide along the property boundary when opening. Ideally, safety beams should be installed along the full travel path of a sliding gate.
To prevent the risk of shearing and trapping injuries, it is crucial to ensure that safety photocells are installed on the inside of the gate. These photocells should be able to detect the full travel of the gate and stop it from moving if someone enters the danger area, such as when the gate slides against walls, posts or open railings. By installing safety photocells, the gate system can ensure the safety of individuals and prevent any accidents or injuries that may occur from gate movement. It is essential to take into account all potential hazards when installing a gate system and implement necessary safety measures to prevent any incidents.
By installing a pair of safety beams just outside the gate, anything that breaks their beam when the gate is closing will stop and open the gate.
The safety beams installed inside the gate stops and opens the closing gate when anything breaks their beam.
How do Safety Beams Connect?
Safety beams are connected to the control unit of an automatic gate. There is normally an input dedicated to Safety beams. Also check your main gate manual to see if any settings need to be adjusted after adding the beams.
