Burkert Type 1066 - Handbuch (Seite 5)

observe the notes in these operating instructions
conditions of use and permitted data that are
ating plate in order that the device will function
ain operable for a long time. On nonobser-vance of
nauthorized interference with the device, we will
and the warranty on device and accessories will
e device serves exclusively as a positioner and
ystem. Any other use or use exceeding the specific
ed to be non-intended use. Bürkert will not be
age resulting therefrom. The risk will be borne by
e
OTES
DATA
FLUIDIC CONNECTION
Installation of the valve
• Assemble the process valve according to manufacturer's
instructions.
• For mounting the control head on the process valve, a valve-
specific flange adapter is required.
(see Operating Instructions for Type 1066)
• Installation of control head in any orientation but preferably
upright.
ELECTRICAL CONNECTION
Connection of the control air
24 / 110 / 230 V UC
Control heads without communication
ELECTRICAL CONNECTION
Adjustments during commissioning
To adjust the proximity switches or limit switches:
- remove control head
- adjust proximity
switches via
setscrews
(for adjustment,
see Operating
Instructions)
- replace cover
In brief
ELECTRICAL CONNECTION
Control heads without communication
24 V DC version 1
Bus drive via AS interface standard
No. of valves max. 3 x 1 W
Bus connection - ASI shaped cable
- 4-pole plug with round
- 4-pole plug at contro
I/O-Code 7 hex (4 outputs, 4 inp
ID-Code F hex (for bit configura
extended ID codes 1 and 2 = F hex
Profile:
7.F
Possible expansion steps
• 24 V DC, 24 V AC, 110 / 230 V UC without communication
• AS interface
• DeviceNet
• Inductive proximity switches or
• Mechanical limit switches (microswitches): only in
connection with UC without communication
Various pneumatically operated process valves can be
combined with the Control Head Type 1066 to suit different
conditions of use. Single-acting and double-acting valves are
suitable; a third position (an intermediate position on use of a
third initiator) can be moved to. Mounting on the process valve
is done with a suitable flange adapter (see Operating
Instructions for Type 1066).
ht to make technical changes without notice!
Compressed
air
(G 1/4) Exhaust
air
(G 1/4)
Valves V1, V2, V3
(plug connectors for hose 6/4 or 1/4")
Printed card for 24 V DC
Status indication of valves V1, V2 and V3 by LED
Direct connection to 8-pole screw terminal on the printed card;
for this purpose, be sure to remove the control head cover.
24 V DC version 2
Connection via 8-pole circular connector to DIN 45326; the
internal connections to the screw terminal are already executed.
1 Valve 2
2 +24 DC for proximity switches
3 proximity switch 2
4 Valve 1
5 proximity switch 1
6 Valve 3
7 proximity switch 3
8 GND (common mass)
Connection via 2x6-pole screw terminals; each allocated to a
valve Type 6102; 2 mechanical micro limit switches; no LED
status display.
Printed card for 24 / 110 / 230 V UC
Adjusting screws
(spindles) for
proximity switches
Turn clockwise:
proximity switch
moves upwards
Turn anticlockwise:
proximity switch
moves downwards
Bit configuration
ASI printed card
Status displa
y
GB GB GB GB
Data bit D3 D2 D
Output yellow LED valve 3 valv
Input nc
proximity
switch 3
prox
swit
Parameter
bit
P3 P2 P
not connected
Value 0 = Off; value 1 = On
LED green LED red Bus status
off off POWER OFF
off on No data traffic (wa
with slave addres
on off ok
flashes flashes Periphery error (o
sensor supply)
flashes on Slave address = 0
off flashes RESET
LED
green LED
red
LED
yellow
ditions
rature -10 to +50°C
IP 67 to EN 60529
e)
24 V DC ± 10 % 1)
24 / 110 / 230 V UC
or relevant field bus specification
s 3 to VDE 0580
a
m Quality classes to DIN ISO 8573-1
max. particle size 40 µm
max. particle density 10 mg/m
3
max. pressure dew point -20 °C
max. 25 mg/m 3
ge of -10 to +50 °C
2.5 to 7 bar
not use industrial DC!
uts fo the proximity switches are pnp plus
hort-circuit proof.
Control heads with communication
-