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INTEGRAL RSA

K21-04.10

6/8

Application controllers

en  -  06.2001

Siemens Building Technologies

Landis & Staefa Division

00414

S182

D120

D140

OFF

ON

2

1

ON

Selection of  T1 or Ni1000 sensor

Both T1 and Ni1000 sensors can be connected to the RSA application

controllers. DIP switch S182 is used to adapt the controller to the required

sensor type. External access to this DIP switch is possible after removal of

the NSA plug-in application module. The change-over from one sensor type

to the other is applied in blocks of eight and three inputs (UI01...UI08 and

UI09...UI11 respectively).

Rotary address

switch

T1/Ni1000

switch

Firmware

Battery

Application

Slot for NSA

module

Disabling the sensor supply voltage

The pull-up resistors (Ri = 10k

W

) for the T1 and Ni1000 sensor supply volt-

age can be disabled individually at inputs A (UI101) to J (UI10) with jumpers

X310 to X420. This process is required whenever devices are connected

which are 

unable to sink current.

The jumpers are located on the printed circuit board and cannot be adjusted

without opening the controller housing.
When delivered from the factory, the jumper settings are such that the sensor

supply voltage is enabled. To disable the supply, each jumper must be

moved one position to the left.

Settings for switch S182 T1/Ni1000

1

2

Sensor

Inputs

OFF

T1

UI01 to UI08

OFF T1

UI09 to UI16

ON

Ni1000 

1)

UI01 to UI08

ON

Ni1000 

1)

UI09 to UI16

The factory setting is T1

1)

When setting the input parameters in

INTEGRAL PLAN, note that the T1 input

range should be used for Ni1000

sensors. The controller is adapted to the

sensor via the hardware only. The

SAPIM software is not affected.

Inputs and jumpers

Input

JumperInput

Jumper

A UI01

X310

F UI06

X360

B UI02

X320

G UI07

X370

C UI03

X330

H UI08

X380

D UI04

X340

I UI09

X410

E UI05

X350

J UI10

X420

Caution
The incorrect positioning of jumpers

can give rise to offset voltages when

active signal transmitters are connec-

ted (failure to reach a zero-point).

View of part of the PCB: In this example, apart from X350 and X360 (T1/Ni1000 supply

OFF) all the jumpers are shown in their factory-set position.

51068A

X310

X320

X330

X340

X350

X360

X370

X380

X410

X420

X301

X302

UI01 ... UI05

UI06 ... UI10

Summary of Contents for Types NRK 16-T../A

Page 1: ...igitaloutputs Number 2 Signal DC 0 24 V 20 15 Source current Max 50 mA Analogueoutputs Number 2 Range DC 0 10 V Source sink current Max 2 mA Technical data continued on page 2 Electrical protection The power supply is overload protected with a PTC thermal element All DC voltages are electrically isolated from the AC 24 V input All the inputs are protected against over voltage max AC DC 45 V Low pa...

Page 2: ... baud Max cable length RS bus 2400 m NRK16 A connection to RS bus From service socket via 10 core ribbon cable to NARB A adapter Service terminal NBRN operator terminal plugs directly into service socket Weight excluding packaging NRK16 A 1 15 kg NRK16 B A 1 25 kg NSA application module 0 06 kg Dimensions W x H x D NRK16 A 162 x 252 x 52 mm NSA application module 24 x 59 x 49 mm Mounting Snap moun...

Page 3: ...M also holds the NBRN modifiable setpoints parameters and time programmes but not the setpoints from the local operator panel of the NRK16 B A Construction Essentially the base unit consists of a metal housing and printed circuit board The housing comprises a base and a cover and accommodates the PCB and two part plug in connection terminals These terminals are accessible at the top and bottom of ...

Page 4: ...oving the mo dule the base unit must be discon nected from the power supply Do not touch the contact pins in the base unit 252 52 162 59 49 24 15 203 92 00158 Opening the controller 1 Ensure that the necessary EMC precautions have been taken 2 Undo the four cross head screws between the terminal blocks 3 Carefully lift off the cover For the NRK16 B A Press the four white plastic clips together wit...

Page 5: ... Ni1000 Sensors with T1 or Ni1000 measuring elements Various ZM100 A Teminal housing for DC 0 10 V valves CA2N4591 NTIO Single terminal module carrier K21 06 50 NATU Adapter for special signals K21 06 52 NMID Multiplexer toincreasethenumberofdigitalinputs K21 06 55 Room operating units see page 7 1 2 A UI01 1 2 B UI02 1 2 C UI03 1 2 D UI04 1 2 E UI05 1 2 F UI06 1 2 G UI07 1 2 H UI08 1 2 I UI09 1 2...

Page 6: ...nted circuit board and cannot be adjusted withoutopeningthecontrollerhousing When delivered from the factory the jumper settings are such that the sensor supply voltage is enabled To disable the supply each jumper must be movedonepositiontotheleft Settings for switch S182 T1 Ni1000 1 2 Sensor Inputs OFF T1 UI01 to UI08 OFF T1 UI09 to UI16 ON Ni1000 1 UI01 to UI08 ON Ni1000 1 UI09 to UI16 The facto...

Page 7: ...ofroomtemperature CA2N1655 See the relevant documentation for maximum cable lengths OperationviaRSbus Since the controller is compatible with the RS bus it can be operated remotely from any of the following devices NBE remote operator terminal see K21 05 18 NBRN operator terminal see K21 05 10 and 12 From a PC running the INTEGRAL DIALOG service software connected via the NITEL communications modu...

Page 8: ...ED display panel by use of the appropri ate selector key The setpoints can be modified with the and keys these also operate as repeating keys when continuously depressed Each of the four values is associated with one of the red channel LEDs With some applications the setpoints can have upper and lower limits adjustable from an operator terminal LED function test Depressing the two lower selector k...

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