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GAMMA instabus

Technical product-information

June 2012

Binary Input RL 260/23 5WG1 260-4AB23

Siemens AG RL 260/23, page 1 / 6 Technical manual

Infrastructure and Cities Sector, Building Technologies

Control Products and Systems © Siemens AG 2012 Update: http://www.siemens.com/gamma

P. O. Box 10 09 53, D-93009 Regensburg Subject to change without further notice

2.7.1.11/1

Product and function description

The RL 260/23 binary input is a KNX device with four

binary input channels. The device is installed in an

AP 118 Control Module Box or an AP 641 Room Control

Box. The bus is connected via a bus terminal block. The

device electronics are supplied via the bus voltage.

The device enables both statuses (contact is opened or

closed respectively voltage is applied or not) and changes

in status (contact is being opened or closed respectively

voltage is rising or falling) to be recorded, as well as

voltage impulses. It can therefore be used, for example,

to monitor voltages, to record circuit or operating states

(whether a miniature circuit-breaker or a residual-current

circuit-breaker has been released, a plant is switched on

or off, a malfunction or an alarm is being signalled), to

record the change of status when switching on or switch-

ing off a voltage (whether a switch or a pushbutton was

activated, whether it was activated for a shorter or

longer period, whether the voltage was switched on or

off due to the activation) and to record and count volt-

age pulses with a minimum voltage on-time of 110 ms

and a max. pulse succession of up to 4 pulses per sec-

ond, without or with monitoring of the number of pulses

counted until a predetermined threshold has been

reached or exceeded.

The RL 260/23 binary input supports a multitude of appli-

cations and enables one of the following functions to be

assigned to every input:

- Switching status / binary value transmission

- Switching, edge-triggered

- Switching, short / long operation

- 1-button dimming

- 1-button solar protection control

- 1-button group control (sequence control)

- 1-bit Scene control

- 8-bit Scene control

- 8-bit value, edge-triggered

- 8-bit value, short / long operation

- 16-bit floating point value, edge-triggered

- 16-bit floating point value, short / long operation

- 8-bit pulse counting without threshold check

- 8-bit pulse counting with threshold check

- 16-bit pulse counting without threshold check

- 16-bit pulse counting with threshold check

- 32-bit pulse counting without threshold check

- 32-bit pulse counting with threshold check.

Two consecutive channels (A and B resp. C and D) that

were configured as a pair of inputs can be configured for

one of these functions:

- Dual-button dimming with stop telegram

- Dual-button control of solar protection

The device is configured and commissioned with the ETS

(Engineering Tool Software) version ETS3 v3.0f or later.

Application programs

The UP 510/03 Binary output (relay) needs the applica-

tion program

"07 B0 S4 On-off-toggle/Dim/Shu/Value/Cycl 983101".

Example of operation

instabus KNX

L N

figure 1: Example of operation

Summary of content (6 pages)

PAGE 1
GAMMA instabus Technical product-information June 2012 Binary Input RL 260/23 5WG1 260-4AB23 Product and function description - 16-bit floating point value, short / long operation 8-bit pulse counting without threshold check 8-bit pulse counting with threshold check 16-bit pulse counting without threshold check 16-bit pulse counting with threshold check 32-bit pulse counting without threshold check 32-bit pulse counting with threshold check. Two consecutive channels (A and B resp.
PAGE 2
GAMMA instabus Technical product-information June 2012 Binary Input RL 260/23 5WG1 260-4AB23 Installation notes • The device is intended for installation in an AP 118 Control Module Box or an AP 641 Room Control Box. V DANGER • The device must be mounted and commissioned by an authorized electrician. • A safety disconnection of the device must be possible. • The device must not be opened.
PAGE 3
GAMMA instabus Technical product-information June 2012 Binary Input RL 260/23 5WG1 260-4AB23 Location / Function of the Display and Operating Elements Mounting and Connecting B2 RL module B3 Type label B4 Mounting location for RS / RL module in AP 118 Control Module Box or AP 641 Room Control Box B8 Learning button B9 LED for indicating normal operating or addressing mode B10 Bus connection pins of the connection module for respective bus terminal block of the internal bus wire B11 Insertion point for b
PAGE 4
GAMMA instabus Technical product-information June 2012 Binary Input RL 260/23 5WG1 260-4AB23 Connecting • Dismounting an RL module: Slipping off/on bus connection blocks - Remove the lid of the AP 118 Control Module Box respectively of the AP 641 Room Control Box. - AP 641: Remove the SELV (Class 2) cover - Remove the wiring from the terminals (B14). - Remove the bus terminal (B12).
PAGE 5
GAMMA instabus Technical product-information June 2012 Binary Input RL 260/23 5WG1 260-4AB23 Connecting bus cables - The bus connection block (D2) can be used with single core conductors Ø 0.6…0.8 mm. - Remove approx. 5 mm of insulation from the conductor (D1) and plug it into the bus connection block (D2) (red = +, grey = -) Dimension drawing Dimensions in mm Disconnecting bus cables - Unplug the bus connection block (D2) and remove the bus cable conductor (D1) while simultaneously wiggling it.
PAGE 6
GAMMA instabus Technical product-information June 2012 Binary Input RL 260/23 5WG1 260-4AB23 Space for Notes: Technical manual Update: http://www.siemens.com/gamma 2.7.1.11/6 RL 260/23, page 6 / 6 © Siemens AG 2012 Subject to change without further notice Siemens AG Infrastructure and Cities Sector, Building Technologies Control Products and Systems P. O.