Table of Contents
Advertisement
Assembly and Operation Manual
8.3
Cable length
№
Equipment
1 Power supply
- Fire Alarm device
2
- Optional equipment to control
board input and output
3 RC-panel
4 ACS-controller
8.4
Installation order
Installation order is described with regards to recommendations, given in Sect. 8.1. Installation
tools are listed in Sect. 8.2. Figure numbers are given in accordance with Fig. 6 and 7.
Speed gate connection layout is given in Fig. 18. Types of cables used are stated in Sect. 8.3. The
example of ST-01 and STD-01 connection layout with extra passage lane arrangement is shown in
Fig. 17.
Follow this order to install the speed gate:
1.
Install the PS on a designated area in accordance with the instruction given in the operational
documentation.
Attention!
While relocating the section, it is forbidden to hold it by the top cover (10).
Installation and fastening of the speed gate sections should be performed only after
cabling in cable channels and inside of the speed gate being finished.
Be careful while dismantling the section pieces that has not been fixed on a mounting
surface. Prevent the section from falling down and its pieces from being damaged.
2.
Determine the installation location for Master and Slave sections and for double-sided section
if needed. However, it is necessary to consider the sections relative positioning: the Master
section panel (side of the double-sided section) should always been placed opposite to the
Slave section panel (side of the double-sided section).
3.
Mark and drill holes for anchor sleeves on the mounting surface for fastening speed gate
sections in accordance with the layouts presented in Fig. 15-16 and in compliance with the
checkpoint design. Use Ø16 mm hard-alloyed drill bit. The drilling depth for standard PFG
IH10 anchor should be 65 mm. Insert the anchor sleeves in the holes so they are flush with the
floor surface.
4.
Prepare cable channels in the floor:
Channels for cabling from external devices (PS, RC-panel or ACS-controller, Fire Alarm
device etc.) – to input holes of the Master section and input towards double-sided Master
section;
Channels that link input holes of the opposite sections (double-sided sections) of one
passage lane – for routing DC and CAN cables.
Attention!
Passage lanes that are limited by one-sided sections and / or sides of double-sided sections
are standalone devices which are not connected to each other.
Master and Slave sides of one double-sided section are electrically independent as they
belong to different passage lanes.
5.
In the cable channels, route cables from external devices to the sections installation location.
Also, route flexible conduit in the cable channel between the opposite sections (sides of the
sections) for each passage lane. The flexible conduit is used for pulling DC and CAN cables
from the Slave section (side of the section) to the Master section (side of the section).
24
Table 5. Cables used at the installation
Cable
length, m,
Cable type
max
10
Twin cable
20
Twin cable
30
Twin cable
40
Eight core cable
30
Six core cable
Cross-
section,
Example
mm, min
1.5
AWG 15; HO5VV-F 2×1.5
2.5
AWG 13; HO5VV-F 2×2.5
RAMCRO
0.2
SS22AF-T 2×0.22
CQR-2
0.2
CQR CABS8 8×0.22c
0.2
CQR CABS6 6×0.22c
Advertisement
Table of Contents
