Entrematic Ditec QIK4E, Manual

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IP1861EN - 2015-12-02
3. Technical specifications
QIK4E QIK7EH-QIK7YEH
Power supply 230 V~ 50 Hz 230 V~ 50/60 Hz
Absorption 1,5 A 1 A
Line fuse F1,6A F1,6A
Torque 90 Nm 70 Nm
Insulation class Class 1 Class 1
Opening time 4 s/90° 2÷6 s/90°
Closing time 4 s/90° 2÷6 s/90°
Bar length (max) 3700 mm 6000 mm
Service class 4 - INTENSE 5 - VERY INTENSE
Intermittence S2 = 15 min
S3 = 30% S2 = 60 min
S3 = 60%
Temperature min -20° C max +55° C min -20° C max +55° C
Degree of protection IP24D IP24D
Control panel E1A EL31R
3.1 Operating instructions
Service class: 4 (minimum 10÷5 years of working life with 100÷200 cycles per day).
Applications: INTENSE (for apartment block, industrial and commercial entrances and car parks
with vehicle access or access for intense pedestrian use).
Service class: 5 (minimum 5 years of working life with 600 cycles per day).
Applications: VERY INTENSE (for apartment block, industrial and commercial entrances and
car parks with vehicle access or access for very intense pedestrian use).
- Performance characteristics are to be understood as referring to the recommended weight (ap-
prox. 2/3 of maximum permissible weight). When used with the maximum permissible weight
a reduction in the above mentioned performance can be expected.
- Service class, running times, and the number of consecutive cycles are to be taken as merely
indicative, having been statistically determined under average operating conditions, and are
therefore not necessarily applicable to specific conditions of use.
- Each automatic entrance has variable elements such as: friction, balancing and environmental
factors, all of which may substantially alter the performance characteristics of the automatic
entrance or curtail its working life or parts thereof (including the automatic devices themselves).
The installer should adopt suitable safety conditions for each particular installation.
i
Every automatic system contains variable elements (friction, balancing and environ-
mental factors) that may substantially alter both the lifespan and performance of the
system or its components (including the spring). Tests have shown that the average
spring lifespan is around 300.000 cycles, so you are advised to check its state of wear
when this limit is reached. If there are clear signs of wear, or it is difficult to balance
the bar correctly, replace the spring.