Siko IV5800 Kurzanleitung Seite 2

Quick Start Guide
IV5800
Incremental encoder
For detailed documentation please refer under
http://www.siko-global.com/p/iv5800
General information
Prior to installation, including in hazard areas, read the Installation Instruc-
tion (download from the internet). It contains the safety instructions, hints
and technical data to be observed during installation. Subject to change with-
out notice.
Caution
In order to ensure reliable functioning of this product, take care to transport,
store, position and mount it appropriately. Exercise care when you operate and
maintain the device. Only properly qualified personnel is authorized to install
and operate this product.
Safety information
It is important for safety reasons that you read and understand the below
instructions before you install the system:
• Installation, connection, commissioning and maintenance shall be done by
properly qualified personnel.
• It is the responsibility of the customer to ensure that the personnel con-
cerned read and follow the instructions and directions of this Guide and of
the Installation Instruction.
• It is the responsibility of the customer to ensure that the incremental
encoder is correctly connected and configured.
• Only personnel specifically trained by SIKO shall execute repair and mainte-
nance work.
SIKO GmbH
Weihermattenweg 2 Phone: + 49 7661 394-0
79256 Buchenbach Fax: + 49 7661 394-388
www.siko-global.com Service: support@siko.de
IV5800 · Date 14.03.2018 · Art. No. 89309 · Mod. status 102/18
Mechanical mounting
For mounting, the degree of protection specified must be observed. If neces-
sary, protect the unit against environmental influences such as sprayed water,
dust, knocks, extreme temperatures.
Notice!
Radial shaft sealings are subject to wear! Protection class therefore depends on
life and condition of sealings.
Mounting instructions
Please handle the encoder carefully as it is a high-precision device. Especially
do not:
• disassemble or open the encoder.
• link encoder's shaft with rigid couplings as this would expose the encoder's
shaft bearing to high forces.
• knock on casing or shaft; the encoder's inner components could be dam-
aged.
• machine (bore, mill ...) flange or shaft. This could lead to severe damage
inside the encoder.
• exceed the values for the maximum axial and radial shaft load.
• mount the encoder incorrectly.
Mounting of the encoder
• Fasten the encoder by means of screws and clamping of the shaft. Take care
to mount the incremental encoder free from distortion.
• No forces must be transferred through the housing. Forces must act exclu-
sively on the shaft of the instrument.
• Do not exceed the values for the maximum axial and radial shaft load.
• Ensure accurate shaft alignment. If shaft and flange are not correctly
aligned, strain on the bearings will result, which will overheat and be irrep-
arably damaged.
Electrical connection
The location should be selected to ensure that no capacitive or inductive inter-
ferences can affect the incremental encoder or the connection lines!
• Only screened cable should be used.
• Wiring to the screen and ground (GND) must be secured to a good point.
• The running of wiring parallel to the mains supply should be avoided. Use
screening shields or metallized housings.
Assignment
Individually insulate unused cores prior to commissioning.
Signal Color E1 Pin E12 Pin E2
(OP, LD) (PP) (OP, LD)
/B pink - - - 1
+SUB (Sense redblue - - - 2
line)
0 blue 5 3
/0 red - - - 4
A green 3 5
/A yellow - - - 6
B grey 4 8
GND white 1 10
SGND greypink - - - 11
(Sense line)
+UB brown 2 12
nc - - - - - - 7, 9
Shielding on connector housing
Commissioning
Please carefully read the information on the encoder's mechanical and electri-
cal connection. This will ensure a trouble free commissioning and operation.
Before operation, please check again:
• that the supply voltage's polarity is correct.
• correct connection of cable and signal lines.
• secure encoder fixation.
The encoder's operating voltage must be switched on together with the down-
stream electronic unit (e. g., control) to avoid latch-up effects on the outputs
of the encoder.
--> Now the encoder can be used.
Technical data
Electrical data Additional information
PP output circuit
Operating voltage 10 ... 30 V DC reverse polarity protected
Current consumption typical 50 mA ≤100 mA (without load)
Electrical data Additional information
OP output circuit
Operating voltage 10 ... 30 V DC reverse polarity protected
Current consumption typical 50 mA ≤100 mA (without load)
Electrical data Additional information
LD output circuit
Operating voltage 5 ... 30 V DC reverse polarity protected
Current consumption typical 40 mA ≤90 mA (without load)
5
2 1
3 4
viewing side =
plug-in side
plug pin
10 9 12
1 8
2 7
3 6
4 5
11
viewing side =
plug-in side
plug pin