Klemko 870543 IB-PIR-W-55×55 Three Wire Built In Wall Detector Instruction Manual

Klemko 870543 IB-PIR-W-55x55 Three Wire Built In Wall Detector Instruction Manual

Dimensions (mm)

1.0 GENERAL DESCRIPTION

The IB-PIR-W-55×55 motion detector is a 3-wire wall mounted detector, specifically for installation in window frames with an inner measurement of 55 x 55 mm. The minimalist design provides a barely noticeable detector that blends beautifully into the switches. The detector is equipped with a manual switch so that the automatic controls can be easily overruled. Due to the shallow installation depth, this detector can be used in almost all standard flush mounting boxes. This wall detector is particularly suitable for use in toilet spaces, canteens, offi ces, corridors, stairwells, garages and many other rooms. The detector can easily be set to the preferred time and lux values and, if desired, can also be connected to other sensors or external pulse switches. The detector comes complete with cover frame but can also be eff ortlessly installed in many other windows with an inner measurement of 55 x 55 mm.

The main features and functions are:

• Flat installation in various covers
• Detector equipped with switch for manual switching on/off
• Invisible control panel behind cover Easily adjusts
• Time and lux values
• Zero pass circuit to prevent high incoming currents (up to 100pF)
• Master / Slave input for easy coupling
• Expansion with external pulse switch possible
• Self-learning lux value position
• Three-wire connection

CAUTION : Before installation, disconnect all connection cables from the power supply and read the operating instructions carefully. If in doubt, consult an authorized installer!

2.0 POSITIONING

The IB-PIR-W-55×55 is only suitable for indoor applications. The ideal mounting height is between 80 and 150 cm. Determine the place where the switch is to be mounted in the wall and take the following into account:

• Air ducts: pay attention to emissions from vents, heating grilles, tumble dryers, etc.
• Objects that can move through air currents such as plants and curtains.
• Do not point the sensor at light sources
• Do not point the sensor at highly reflective surfaces such as swimming pools (due to rapid temperature fluctuations)
• Approach routes: a movement across instead of perpendicular to the sectors in the detection field is detected the quickest. (Dia. 1). The sensor is less sensitive to movement in the longitudinal direction in the sectors.
• The detection field is 1.20 cm; straight ahead 8 m and left and right of the detector 4 m.

Fig. 1

2.1 ASSEMBLY

• Before starting assembly, disconnect all connection cables from the power supply!
• Connection only to a fused (16a) electrical group!
• Remove the cover and then the mounting edge of the supplied cover frame (Fig. 2).
• Make sure that the correct cabling is present in the built-in box and strip it 8-10 mm.
• Then connect the sensor according to one of the four diagrams (Fig. 3-6)
• Then screw the sensor into the electrical box. The enclosed cover frame can be used for the fi nal assembly, but the detector can also be integrated into a cover frame from another manufacturer.

Fig. 2

Fig. 3 Connexion standard

Fig. 4 Parallel connection

Lux and time settings are independent of each other.
Lighting switches on when detected by one or more sensors. Connect max. 6 sensors in parallel!

Fig. 5 Master / Slave connection

Lux and time setting of the Master is leading. Slave sensor only functions as a detector (see 4.3).

Fig. 6 Coupling staircase vending machine

In combination with Pulse function (see 5.2).

Use of the pulse output is optional in all diagrams (see 6.0)

2.2 STARTING UP

When the sensor is fully connected and assembled, it can be activated. Check all connections before applying power to the detector! The various options for the sensor settings can be found under the cover. The operation and settings are described per component. When the position of a potentiometer is adjusted, the internal led will flash three times to confirm.

NOTE: After switching on the power on the sensor, it takes 60 seconds before the sensor is at operating temperature and can be put into operation.

3.0 LUX SETTING

The Lux value is set with the left potentiometer. In addition to setting the lux values (3.1), it can also be set to Lux independent switching (3.2) and a daylight value can be stored (3.3)

3.1 SWITCH DAYLIGHT DEPENDENT

The Lux value can be set from 10 to 1000 lux. The lighting will switch on, if there is movement, when the light level measured falls below the set value. If the lux level exceeds the set value for more than 5 minutes during the switch- on, the lighting will switch off. This applies only in automatic mode (4.1).

3.2 LUX INDEPENDENT SWITCHING

By turning the arrow to the ‘sun symbol’ ( ), the detector will switch on with each movement regardless of the amount of light.

3.3 STORE DAYLIGHT LEVEL

It is also possible to have the current daylight level measured and stored as a threshold value for the sensor. To do this, the arrow is rotated to the ‘eye symbol’ ( ). When this happens, the connected lighting will switch off and the led in the sensor will flash for 20 seconds. Then both the led in the sensor and the connected lighting will switch on for 3 seconds and then switch off again.
At that moment, the current light level is stored as a new threshold value. The lighting will switch on, if there is movement, when the light level measured falls below the set value. If a value below 10 lux is measured, it will be stored as 10 lux. If the measured value exceeds 1000 lux, it will be stored as 1000 lux.

CAUTION: Standing in front of the detector when setting the lux value blocks out a lot of light. An incorrect value may be stored!

4.0 FUNCTION SWITCH

The function switch can be used to select from the various functions of the detector, for which A (Automatic, 4.1), M (Manual, 4.2) and S (Slave, 4.3) can be selected.

4.1 AUTOMATIC
In this position (A), the sensor will function fully according to the Lux and Time settings. This is also the setting for the Master in case of a Master / Slave setting (4.3)

4.2 MANUAL

When the sensor is set to position M, it only functions after a signal from the pulse switch (see Fig. 7) Alternatively, an external pulse switch can also be connected (see Fig. 3, 6.
When the detector receives a pulse, the lighting will switch on. As long as movement is detected, it will remain switched on. If the alarm does not detect any movement during the run-down time (TIME), the lighting switches off. If the detector still detects movement within 10 seconds after switching off, the lighting will switch on again. After this 10 sec. a pulse from the pulse switch is needed to switch on the lighting.
If the detector receives a second pulse in the meantime, the lighting will switch off immediately. The activation or deactivation in this mode is lux independent.

4.3 SLAVE
If multiple sensors are used in a network, they can be connected and used according to the ‘Master / Slave principle’ (see Fig. 5).
If this is selected, one detector remains in function A, the other sensors are set to S. The sensors set in ‘Slave mode’ will only detect movement. For the Lux and time setting, the Master settings are leading.

5.0 TIME SETTING

The potentiometer (TIME) furthest to the right is used to set the sensor’s run-down time. In addition, the Pulse function (5.2) and the Test function (5.3) are also an option.

5.1 RUN-DOWN TIME
By turning the arrow, the lead time can be set as desired from 30 sec. to 30 min. If no new movement is detected within this set time, the lighting will switch off.

5.2 PULSE FUNCTION
The ‘Pulse position’ ( ) is to be used in combination with a stairwell machine (see Fig. 6). In this position, the detector, when there is movement, emits a short 1-sec. pulse and waits 9 sec. before detecting a subsequent movement. When the function switch (4.0) is set to A, the Lux setting is also important. When set to S, it will

5.3 TEST FUNCTION
The TEST function is for testing the installation. This function can be used to test the sensor and the range, the set lux value has no influence on this. If set, the control led in the detector will light up for 3 seconds with each confirmed movement, just like the connected lighting. It will then switch off for 2 seconds before the next movement can be detected.

6.0 MANUAL SWITCHES
The detector is equipped with a pulse switch (see Fig. 7). Alternatively, you can also choose to use an external pulse switch (see Fig. 3, 6. The pulse switch can be used to switch the lighting on or off manually or to override the existing circuit. This can be practical, for example, in rooms where presentations are given.

Fig. 7

6.1 MANUAL POWER ON
When the lighting is activated with short pulse, it remains switched on for the set run-down time (TIME). As long as movement is detected, it will also remain switched on. If the detector does not detect any movement during the run-down time, the lighting switches off and switches back to the automatic program.

6.2 MANUAL SHUTDOWN
When switched off by a short pulse, the lighting remains switched off as long as movement is detected. If the detector has not detected any movement during the run-down time (TIME), it will switch on the lighting again the next time movement is detected.

6.3 SWITCH ON AND OFF WITHOUT AUTOMATIC PROGRAM
When the preferred option is not to combine the pulse switch with an automatic program. Then set the function switch to M (4.2).

7.0 LENS COVER
If the detection field is larger than desired, this can be easily solved by means of the supplied lens cover. Areas or interfering elements that do not need to be detected can therefore be excluded from detection by covering a part of the lens. To do this, cut the desired part from the supplied lens cover and stick it to the lens. Detection no longer takes place in the covered part of the lens.

SPECIFICATIONS

Klemko Techniek B.V.
Nieuwegracht 26, NL-3763 LB Soest
The Netherlands
T +31 (0)88 002 3300
info@klemko.nl
www.klemko.nl

Documents / Resources

| Klemko 870543 IB-PIR-W-55x55 Three Wire Built In Wall Detector [pdf] Instruction Manual
870543 IB-PIR-W-55x55 Three-Wire Built-In Wall Detector, 870543 IB- PIR-W-55x55, Three-Wire Built-In Wall Detector, Built-In Wall Detector, Wall Detector
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References

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