janitza 800-CON Installationsanleitung Seite 10

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Mounting the module with input bus connector

For remote rows of modules, install the 2nd 800-

CON transfer module from the set with input bus

ATTENTION

connector when the system is de-energized:

Incorrect assembly of the data cable can destroy

your basic device with modules or your system!

A defective or incorrectly assembled data cable

between the transfer modules can lead to

destruction of your basic device and your modules

and thus to property damage.

· Use a data cable with a 1:1 line connection for

the connection between the transfer modules!

· Always connect your transfer modules via

shield terminals with tension relief!

Bottom

· Protect your system against overvoltages and

bolts

electromagnetic disturbances by connecting

the data cable shield to the shield terminal!

ATTENTION

Improper handling or rough handling can destroy

your devices and modules!

Contacts, bottom bolts and retaining clips can

be damaged or broken off during assembly/

disassembly.

· Never touch or manipulate the contacts!

· Protect contacts during handling,

transportation and storage!

· Never use force to assemble/disassemble

devices/modules!

· If necessary, observe further usage information

on the devices, modules and components of

your measuring device and module topology.

Fig.: Module 800-CON - rear view (with input bus connector)

Dismounting

Dismounting the transfer module 800-CON:

1. Disconnect the system from the power supply! Secure

it against being switched back on! Verify disconnection

from power! Ground and short circuit! Cover or block off

neighboring parts that are under voltage!

2. Disconnect the wiring and the terminal.

3. Remove or shift the shield terminal and end brackets of

your series of devices and modules.

4. Decouple the bus connector (JanBus interface) of

the transfer module from the basic device and/or the

connected module by pulling it out.

5. Unlatch the bottom latches of the transfer module.

Recommendation: Use a screwdriver for this

(carefully!).

6. Remove the DIN rail from the transfer module without

touching or damaging the bus connector contacts.

ATTENTION

Handling your module too roughly may cause

damage to the module and result in property

damage!

The bus connector contacts and the bottom latches

can be damaged or broken off during dismantling of

your module.

· Never wrench the module from the DIN rail

using force.

· Decouple the bus connector (JanBus interface)

beforehand and carefully unlatch the bottom

latch of the module using a screwdriver!

1. Press in the open bottom bolts on the rear of

the module.

ATTENTION

2. If not already done, plug the input bus

Modules are not recognized by the basic device

connector (JanBus interface) included in the

during the startup process!

scope of delivery into the sockets on the back

If there is no communication to the modules, the

of the module.

module functions are not supported (e.g. current

measurements).

· Disconnect your system from the power supply

and check the condition of the bus connector

and the connections of your modules to the

basic device (JanBus interface). If necessary,

slide the contacts of the module bus connector

Input bus

into the sockets of the basic device bus

connector

connector,

connector or the connected modules so that

rotated

the bus connectors (devices) are linked.

rotated

the bus connectors (devices) are linked.

· For spatially separated series of modules,

check the connection of the transfer modules

with the connection via the shield terminals.

· If necessary, restart the basic device.

· If the specified measures are unsuccessful,

please contact our support team -

www.janitza.com

Screwdriver for

unlatching

Bus connector

contacts

JanBus

interface

Bus connector

sockets

Bottom latch

Fig.

Terminal

Dismounting the

transfer module

ATTENTION

Property damage due to dismantling or

decoupling the module during operation!

Dismantling or decoupling the module while it is

communicating with the basic device can lead to

damage to your devices!

· Disconnect your system from the power supply

before dismantling or decoupling the module!

Secure it against being turned back on! Verify

disconnection from power! Ground and short

circuit! Cover or block off neighboring parts that

are under voltage!

Example of a measuring device and module topology with the

3. Press the 2nd transfer module with input bus

800-CON transfer modules (set of 2)

connector onto the DIN rail until the bottom bolts

audibly engage.

4. Mount further modules (e.g. current measu-

ring modules, digital input modules) and push

their contacts into the sockets of the input bus

connector so that the devices are coupled to the

transfer module 800-CON.

Press the bus

connector

contacts of the

input bus

connector into

the module

sockets

click!

Example: Mounting of the 800-CON transfer module with input bus connector of the remote measuring

point

Example of a measuring device and module topology.

Technical data

Bottom latch

General information

Net weight

(with plug terminals)

DIN rail

Device dimensions

DIN rail

Width of the device in

horizontal pitches (HP)

Installation position

Mounting/assembly -

suitable DIN rails -

35 mm (1.38 in)

Protection class

Operating temperature

Impact resistance

Transport and storage

Terminal

The following information applies to devices which are

transported and stored in the original packaging

Free fall

Temperature

Relative humidity

Ambient conditions during operation, see basic device

Interface

JanBus (proprietary)

10 / 10

Example of a measuring device and module topology with the

5. Check the fit of your device and module series

800-CON transfer modules (set of 2)

and mount end brackets.

connector onto the DIN rail until the bottom bolts

6. Finally, wire your series of measurement devices

audibly engage.

and modules, observing the usage information

for all integrated devices and modules.

ring modules, digital input modules) and push

7. Apply voltage to the basic device (system). The

their contacts into the sockets of the input bus

basic device detects the modules automatically.

connector so that the devices are coupled to the

transfer module 800-CON.

800-CON module with

input bus connector

End bracket

Sockets of

the input bus

connector

Bottom bolt

click!

DIN rail

Example: Mounting of the 800-CON transfer module with input bus connector of the remote measuring

point

Example of a measuring device and module topology.

Technical data

Terminal connection capacity

General information

Connectable conductors.

Net weight

Approx. 55 g (0.12 lb) - 1 device

Only one conductor can be connected per terminal.

(with plug terminals)

approx. w = 18 mm (0.71 in),

Single core, multi-core,

approx. w = 18 mm (0.71 in),

h = 90 mm (3.54 in),

fine-stranded

Device dimensions

h = 90 mm (3.54 in),

d = 76 mm (2.99 in)

Cable end sleeve

Width of the device in

(not insulated)

1 HP (1 HP = 18 mm)

horizontal pitches (HP)

Cable end sleeve

Installation position

discretionary

(insulated)

Mounting/assembly -

· TS 35/7.5 according to EN 60715

Tightening torque

· TS 35/10

suitable DIN rails -

· TS 35/10

Stripping length

· TS 35/15 x 1.5

35 mm (1.38 in)

· TS 35/15 x 1.5

IP20

Protection class

IP20

-10 °C (14 °F) .. +55 °C (131 °F)

Operating temperature

-10 °C (14 °F) .. +55 °C (131 °F)

Detailed information and technical data on the

Impact resistance

IK07 according to IEC 62262

module can be found in the user manual at

www.janitza.com (download area).

Transport and storage

Technical data on the basic device and information

The following information applies to devices which are

on how to proceed in the event of a fault can be

transported and stored in the original packaging

found in the usage information of your basic device.

1 m (39.37 in)

Free fall

1 m (39.37 in)

K55

Temperature

-25 °C (-13 °F) up to +70 °C (158 °F)

5 to 95% at 25 °C (77 °F)

Relative humidity

without condensation

Ambient conditions during operation, see basic device

Interface

· Via bus connector to series of devices

JanBus (proprietary)

· Via bus connector to series of devices

and modules.

· Via shield terminals between the

transfer modules with twisted pair,

shielded data cable (line connection

1:1), e.g.:

Lapp Unitronic LiYcY (TP) 4x2x0.5

· The maximum bus length of the

JanBus is 100 m.

5. Check the fit of your device and module series

and mount end brackets.

6. Finally, wire your series of measurement devices

and modules, observing the usage information

for all integrated devices and modules.

7. Apply voltage to the basic device (system). The

basic device detects the modules automatically.

2. transfer module 800-CON (with

input bus connector) in the remote

measuring point with further modules

End bracket

DIN rail

Terminal connection capacity

Connectable conductors.

Only one conductor can be connected per terminal.

Single core, multi-core,

0.2 - 1.5 mm

, AWG 24-16

0.2 - 1.5 mm

, AWG 24-16

fine-stranded

Cable end sleeve

0.2 - 1.5 mm

, AWG 26-16

0.2 - 1.5 mm

, AWG 26-16

(not insulated)

Cable end sleeve

0.2 - 1 mm

, AWG 26-18

0.2 - 1 mm

, AWG 26-18

(insulated)

0.2 - 0.25 Nm (1.77 - 2.21 lbf in)

Tightening torque

0.2 - 0.25 Nm (1.77 - 2.21 lbf in)

7 mm (0.2756 in)

Stripping length

7 mm (0.2756 in)

INFORMATION

Detailed information and technical data on the

module can be found in the user manual at

www.janitza.com (download area).

Technical data on the basic device and information

on how to proceed in the event of a fault can be

found in the usage information of your basic device.

janitza 800-CON Installationsanleitung Seite 10

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