Solution Description
2019 CZPT very best sliding doorway operator CZPT matic Door Operator Sliding Door Operator with Brush CZPT computerized doorway with Dunker CZPT Slimdrive tremendous Slender X4
Feature
1..Operate ninety five% equivalent as KABA and operates with original KABA
2.Brush CZPT or Dunker CZPT ninety nine.5W ,effective ample to bear 2X160KG gates.
three.Simple set up because the CZPT method has been mounted ahead of leavine the manufacturing facility
4.Germany Dunkermotor,CE accepted
five.3 Amounts programe,the User can alter the open up width(20-ninety%),Open path and and so on
6.Super Trim the rail profile 7X8CM
Normal Configuration
1.Minidrive Unit
2.Transformer
3.Motor
four.Decoder
five.Simple control module
6.Track
7.Carrier
eight.Return Pully
9.Service cover holder
10.End stop
eleven.Door bracket
twelve.Belt connection
thirteen.Belt tensioning device
Opetional Elements
Motion Sensor
Lock latch
Battery
Beam safety photocell
Specification
ES200 Simple
Excess weight of gate Single/Bi-part1X200KG/2X120KG
Width of gate One/Bi-part900-6100MM
Grasp Controller32 digital microprocessor
Brush motor/Dunker motor99.5W 60VDC 2A IP50
Opening speed300-700mm/s
Closeing speed300-650mm/s
Max open strength150N
Keep CZPT Time/Lock0-10S/30s
Height of the rail8CM
Deepth of the rail16CM
Electricity CZPT AC110V-250V 50/60HZ
Temp15 C to +70 C
Power Consumptionaround 100W
Protection diploma of CZPT ctronicIP23
Function Key swap
Off
Automated
Long lasting CZPT
Partial
Exit only
Software Swap
Change all the parameters
Error exhibiting
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Added
Minimal noise desigh (<40db)
One million moments of exams handed
Guarantee: 18months
Emergency Capabilities
Crisis opening in circumstance of CZPT failure / Fail-risk-free
Obstacle detection with computerized return mechanism
Self checking light-weight barriers
Gradual pace search for obstruction
Workshop
| Motor | Dunkermotoren or KAG |
| Controller | 32 Digital |
| Speed | 12-120M/S |
Set up 1.1. Thoroughly clean all oil, grime and paint from shafts, bushing holes, bushing exterior and holes of elements (sprockets, pulleys, and so forth.). Insert the bushing into the assembly. 3. Match the sample of holes, not threaded holes (every hole is threaded on a single side only). Insert the socket head cap screws or screws into the half-threaded holes shown in the picture below. Install the assembly on the shaft. 4. Change the torque setting or protect screw* to the advised torque location in the diagram under. Fill any unfilled holes with grease.