Product Information

EIB 3392 S
Signal Converter inCable Design09/2022

EIB 3392 SSpecifications

EIB 3392 S

Functional safety

Depending on the connected encoder and downstream electronics, suitable for applications with up to:• SIL 2 as per EN 61508 (further basis for testing: EN 61800-5-2)• Category 3, PL d, in accordance with EN ISO 13849-1:2015

PFH

26 · 10Compatible with EIB 3392 S

Safe position

Determined by the connected encoder and the downstream electronics (including through theconfiguration); the EIB has no influence on the safe position

Absolute sealed linear encoders
LC 100, LC 400, LC 200



Input

Absolute exposed linear encoders
LIC 4100, LIC 3100, LIC 2100

Absolute angle encoders
RCN 2001, RCN 5001, RCN 8001, RCN 6000
ROC 2000, ROC 7000
ECN 2000
ECA 4000
ECM 2400
MRP 2000, MRP 5000, MRP 8000
SRP 5000









Absolute singleturn rotary encoders, e.g.,
ECN 100
ECI 100, ECI 1100, ECI 1300



Signal converter in cable design with firmware version 15• Input: HEIDENHAIN encoders with the EnDat22 interface• Output: DRIVE-CLiQ interface

Encoder requirementsThe EIB 3392 S makes it possible toconnect encoders with the EnDat22
ordering designation to the DRIVE-CLiQ
interface.
Depending on the firmware version of theEIB and the downstream electronics, it
may be possible to connect other encoders
with an EnDat22 interface. For more
information, please contact HEIDENHAIN
or the manufacturer of the downstream
electronics.
After switch-on, the EIB checks various
characteristics of the connected encoder
and automatically adapts itself to it. If theencoder does not meet the necessary
requirements, an error message is issued
via the DRIVE-CLiQ interface.

–9(based on an operating elevation of  1000 m above sea level)

Interface

EnDat 2.2

Ordering designation

EnDat22 (note the Encoder requirements)

Electrical connection

Various connectors (see Versions of the EIB 3392 S)

Encoder supply voltage (UP2)DC 8.0 V ±0.4 V, max. 1800 mW

Cable length 30 m1)

OutputInterface

DRIVE-CLiQ

Firmware01.32.27.15

SINAMICS, SIMOTION2)≥ V4.6HF3SINUMERIK with safety2)≥ V4.7 SP1 HF1SINUMERIK without safety2)≥ V4.5 SP2 HF4Calculation time
TIME_MAX_ACTVAL

Refer to TIME_MAX_ACTVAL on page 2

Ordering designation

DQ01

Electrical connection

Various connectors (see Versions of the EIB 3392 S)

Cable length 30 m3)

Supply voltage (UP1)

DC 24 V (16.0 V to 28.8 V)(up to DC 36.0 V possible without impairing functional safety)

Power consumption

Maximum At 16.0 V:  3200 mW
At 28.8 V:  3300 mW
TypicalAt 24 V:	1000 mW + 1.15 x PMtyp(with PMtyp = Typical power consumption of the encoder)

Elevation

 1000 m

Operating temperature

0 °C to 60 °C

Fastening
The EIB 3392 S must be fastened. This ispossible, for example, with a 20 mm cableclamp (see also “Dimension drawing”).

Storage temperature–30 °C to 70 °C

Vibration 55 Hz to 2000 Hz
Shock 11 ms

100 m/s (IEC 60068-2-6)
200 m/s2 (IEC 60068-2-27)

Power supply of encoder
The EIB 3392 S provides a voltage of
UP = 8.0 V to the encoder. Please comply
with the supply voltage range of theconnected encoder. Due to their voltage
range, certain encoders with the ordering
designation EnDat22 cannot be connected(e.g., the LC 1x3, LC 4x3 and ECN 225).

Protection rating EN 60529IP654)

Mass 0.2 kg (with 1 m cable length on both sides)

TIME_MAX_ACTVAL
The calculation time TIME_MAX_ACTVAL
specifies the earliest time (relative to therequest time) after which data transferfrom the encoder to the control can begin.
The value depends on the parameters of
the connected encoder (calculation timeand resolution) and the cable length. Therecan also be limitations with regard tosetting the cycle times. For more
information, please refer to thedocumentation of the downstream
electronics (DRIVE‑CLiQ).

Absolute multiturn rotary encoders, e.g.,
EQI 1100, EQI 1300

Length gauges
AT 3000
AT 1200

Incremental EnDat encoders, e.g.,
ERM 2400, LIP 200, EIB 100, EIB 300, EIB 1500–

Encoders with a battery buffered revolution
counter, e.g.,
EBI 100, EBI 1100, EBI 4000–

Online diagnostics
With EnDat 2.2 encoders, valuation
numbers can be read cyclically from theencoder in order to evaluate its
functionality. These valuation numbers
indicate the encoder’s current status andcan be used to determine its “functionreserves.” These function reserves are alsotransmitted via the DRIVE-CLiQ interface
and can be displayed in the higher-levelcontrol. Further information is available
from HEIDENHAIN upon request.

2Firmware versions
The firmware version can be readout via the DRIVE-CLiQ parameter“Act_FW_Version” (index 0). The final two
digits of the displayed value are decisive.

21)

With HEIDENHAIN cable. Comply with the supply voltage at the encoder	Information from Siemens as per the document “Certified encoders with DRIVE-CLiQ Dependencies on SIMOTION / SINUMERIK andSINAMICS Hardware and Software versions” (version: 04/2019)3)
Depending on the output cable; the plug connection to the EIB is to be considered a DRIVE-CLiQ coupling.
4)
Use the correct connector version
2)

Product Information EIB 3392 S   09/2022

Product Information EIB 3392 S   09/2022

3Versions of the EIB 3392 S

Overview of connection options (the encoders are examples)

Temperature sensor information
The EIB 3392 S does not have atemperature sensor input, but it canevaluate the temperature sensor
information from connected EnDat
encoders and pass it on via theDRIVE-CLiQ interface. Information fromup to four temperature sensors can betransmitted. The EIB 3392 S supports
transmission from:• One internal temperature sensor (thevalue is provided in the DRIVE-CLiQ
parameter "Encoder Temperature")• Up to three external temperature
sensors (the values are provided in theDRIVE-CLiQ parameter "Motortemperature 2-4"; the calculated highest
value of the three sensors is output inthe parameter "Motor temperature 1")
The EIB 3392 S can simultaneously
process the information of one externaland one internal temperature sensor. If
more than one external temperature
sensor is used, then the value of theinternal temperature sensor can no longer
be provided.
The evaluation of the connected sensors
can be set via the DRIVE‑CLiQ interface,depending on the settings of the EnDatencoder. This enables evaluation of
KTY 84-130, PT 1000 and PTC temperature
sensors. For more information, pleasecontact HEIDENHAIN.

Messgerätez.B.
Encoders,
for example
ECA 4xxx

Functional safety
The EIB can be used in safety-related
applications, but only if functional safety
is supported by the connected encoder.
The characteristics pertaining to functionalsafety are largely determined by theconnected encoder and the downstream
electronics (if required, contact themanufacturer; the EIB passes on the main
characteristics of the encoder).
The safe position is also largely
determined by the connected encoder andthe downstream electronics. The EIB itself
does not influence the safe position. The“safe position” and “safety-relatedmeasuring step (SM)” of the connected
EnDat encoder are required in order forthe safe position to be calculated. For
more information, please contact themanufacturer of the downstream
electronics.
The PFH value of the overall system(EIB 3392 S + encoder) is the sum of
the PFH values of the EIB 3392 S andthe connected encoder. For information
about the encoder, please refer to its
documentation (Product Information
document, brochure, and mounting
instructions).

The EIB 3392 S is designed for a service
life of 20 years (in accordance withISO 13849). For more information about
using the EIB and the encoder in safetyrelated applications, please contact themanufacturer of the downstream
electronics.
Limitations
For linear encoders with measuring lengths
greater than 50 m, there may be limitations
to the output of the commutation angle via
the DRIVE‑CLiQ interface under certain
circumstances. Please contact
HEIDENHAIN in such cases. HEIDENHAIN
recommends setting the datum shift in thedownstream electronics. If the datum shift
is used in the EnDat area, then it must be
less than 3 m and not result in position
values less than zero.

Please note:
In order for the EIB 3392 S to beoperated in safety-related applications,the software must be designed inconformity with the downstream
DRIVE‑CLiQ electronics. For more
information on availability, please contact
the manufacturer.

For more information about the availability
and mapping of the temperature sensor
information, please refer to thedocumentation of the connected
EnDat encoder.
Designation of the connecting cables
The connecting cables for input and output
have differing colors.
Overview of ID numbers for the EIB 3392 SID

Input

OutputConnecting elements

Cable /AP

Cable length Connecting elements

Cable /AP

Cable length

1159077-11

12-pin ultra-lockconnector (female)

4.5 mm/2 · 0.16 mm2

2.5 m

8-pin M12 connector(male)

6.8 mm/1 · 0.24 mm2

0.5 m

1164824-11

14-pin M12 connector(female)4.5 mm/2 · 0.16 mm22.5 m

8-pin M12 connector(male)

6.8 mm/1 · 0.24 mm20.5 m

1159070-118-pin M12 connector(female)6 mm/
2 · 0.16 mm21m

8-pin M12 connector(male)

6.8 mm/1 · 0.24 mm21m

1164806-118-pin M12 connector(female)6 mm/
2 · 0.16 mm20.5 m

6-pin RJ45 connector,
IP20 (male)

6.8 mm/1 · 0.24 mm2

2.5 m

The interfaces and their ordering
designations “EnDat22” and “DQ01” areprinted on the ID label. Arrows indicate theproper connection.

AP: Cross-section of wires for the power supply voltage
Other versions are available upon request.

4EnDat22:
Black cable

DQ01:
Green cableAA
Product Information EIB 3392 S   09/2022

Product Information EIB 3392 S   09/2022

5

Interfaces

Pin layout of the EIB input
Mating connector
8-pin M12 couplingPower supply

EnDat

Serial data transmission

82513476UP2Sensor UP20V

Sensor 0 V

DATA

DATA

CLOCK

CLOCK

Siemens pin layout
RJ45 connector

8-pin M12 couplingPower supply

Serial data transferAB

3612157634UP0V

TXP

TXN

RXP

RXN

Cable shield connected to housing; UP = Power supply voltage

DRIVE-CLiQ is a registered trademark of Siemens AGDR. JOHANNES HEIDENHAIN GmbH
Dr.-Johannes-Heidenhain-Straße 583301 Traunreut, Germany +49 8669 31-0
 +49 8669 32-5061
info@heidenhain.dewww.heidenhain.com

1186319 · 04 · A · 02 · 09/2022 · PDF

This Product Information document supersedes all previous editions, which thereby
become invalid. The basis for ordering from HEIDENHAIN is always the ProductInformation document edition valid when the order is placed.
More information:
To ensure proper and intended use, comply with the specifications in the following
documents:• Brochure: Interfaces of HEIDENHAIN Encoders			1078628-xx• Brochure: Cables and Connectors						1206103-xx• Operating Instructions: EIB 3392 S						1380708-xx• Brochure, Product Information, and Mounting Instructions of the connected encoder