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Buttons for industrial environment
A complete button panel to balance your production. Complete and Andon buttons with a good grip and feel, which can withstand large amounts of repetitions and has clear LED light indications as well as a RFID bypass option.
An unbalanced production flow creates chaos. Balance your production to create a better, stress-free working environment, simplify your resource management, and keep a consistently high quality. When you balance your production, actual losses become visible, and you can start improving your productivity – for real.
Connect instantly to your existing BPS system via CAN or LP304 if you are using a different bus communication standard. Power directly through the bus or a separate AC adapter. Install and relocate easily with our industry-standard high-speed connections.
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Number of buttons
1 x Complete
1 x Andon
Bypass
RFID
Contact
1 x M8, 4-poles, socket
Contact
1 x M12, 5-poles, pin, A-coded
1 x M12, 5-poles, socket, A-coded
Data transmission
125 kbit/s
Input voltage
20 – 32 VDC
CE
EN 61000-6-2 and EN 61000-6-4
Dimensions
B 70 x H 180 x D 35 mm
Weight
400 g
Mounting
Wall mounted, 2 x M6
Power consumption
110 mA
IP Code
IP51
Temperature interval
0 – 50 °C
Humidity
0 – 95% non-condensing
A visible and clear Takt is the base for Lean Manufacturing. Binar offers many solutions from very simple single stations to line solutions with Takt. In an unbalanced flow, the Bullwhip effect causes a lot of stress. Also, humans often tends to work fast, carelessly, causing worse quality. To get a high direct run quality and a low scrapping cost, Takt is the right method. The Takt clock shows the pace calculated for each job.
If there is a line flow, stop & go is a very efficient method to increase output without increasing the stress for the operators. All operators finish their assembly simultaneously, pushes the green acknowledge button, and moves forward to the next station. Any disturbance or stop will be visualised and highlighted. A total increase in throughput of 25-30% is very common and in an optimized flow the throughput may be increased by the double.
