McGuard PM-AP HR - Motion detector GROTHE - Free user manual and instructions

Product type	Motion detector / Presence detector
Brand	GROTHE
Model	McGuard PM-AP HR
Power supply	220-240 V~, 50/60 Hz
Max load (incandescent lamps)	2000 W
Max load (AC halogen lamps)	1000 W
Max load (low-voltage halogen lamps)	1000 VA / 500 W
Max load (magnetic fluorescent tubes)	1000 VA / 900 W
Max load (electronic fluorescent tubes)	600 VA / 400 W
Detection angle	360°
Detection range (diameter)	Up to 16 m (at 10 m height)
Recommended mounting height	10 m
Brightness threshold adjustment	10 lux to 2000 lux (∞)
Adjustable time delay	5 s to 30 min (test: 1 s)
Operating temperature	0 °C to +45 °C
Protection rating	IP54
Dimensions	∅115 mm x 45 mm
Functions	Automatic mode, test mode, IR remote control (optional), lens covers for masking
Safety	Installation by qualified technician; circuit breaker 250V/10A type C required
Maintenance	Clean with a soft, dry cloth. Do not use abrasive products.
Spare parts	IR remote control (ref. IR-FB), lens covers
Warranty	24 months from date of purchase

Frequently Asked Questions - McGuard PM-AP HR GROTHE

How to install the McGuard PM-AP HR detector on the ceiling?

Cut off the power supply. Remove the cover with a flathead screwdriver, then unscrew the upper part. Choose two mounting holes (distances 56 to 84 mm) on the lower part. Screw the lower part to the ceiling, connect the cables according to the wiring diagram (figures 4 to 6), then assemble the detector by replacing the upper part and the cover.

How to adjust the time delay and brightness threshold?

Use the buttons under the cover: the Time button adjusts the time delay from 5 seconds to 30 minutes (Test position = 1 s). The Lux button adjusts the brightness threshold from 10 lux to 2000 lux (∞ position = always on). Adjustments can also be made remotely with the optional IR remote control.

What to do if the lamp does not turn on?

First check the power supply. Ensure the wiring matches the diagram (figures 4 to 6). Check the position of the Lux button: it must be set below the ambient brightness level. If the lamp is defective, replace it. If the problem persists, contact a technician.

How to use the IR remote control with this detector?

The remote control (optional, ref. IR-FB) allows you to: turn the load on/off for 8 hours, lock/unlock the buttons, switch between automatic and semi-automatic mode, adjust time and brightness, copy settings to another detector, and run a test. Point the remote at the detector within 35°.

How to mask detection zones with the lens covers?

The detector comes with 2 lens covers. Each cover has 3 layers (A, B, C) composed of 30° segments. By cutting certain layers, you reduce the detection field: entire cover = ∅1 m, layer C cut = ∅12 m, layer B cut = ∅14 m, no cover = ∅16 m. Attach the cover behind the decorative frame using the circular hook.

What is the maximum detection range?

At a mounting height of 10 m, the detector covers a 360° circle with a diameter up to 16 m. The range can be reduced using the lens covers.

What to do if the LED does not light up in test mode?

Ensure the power is connected and the Time button is set to Test. Enter the detection area: the LED should light up for 2 seconds when you are detected. If it does not light up, check the wiring (figures 4 to 6) and the 60-second warm-up phase after power-up.

How to copy settings from one detector to another?

First set the brightness and time delay values on the first detector. Press the AM button on the remote control for 3 seconds while pointing it at the detector: the settings are saved in the remote (LED flashes). Then point the remote at the second detector and press the AM button briefly to copy the settings.

What is the warranty period?

The warranty is 24 months from the date of purchase by the end user. It covers defects in function or material, but not normal wear, transport damage, or incorrect installation. For any claim, send the device with proof of purchase to GROTHE GmbH.

How to clean the detector?

Clean the exterior with a soft, dry cloth. Do not use abrasive products, solvents, or liquid cleaners. Avoid any water ingress into the detector.

USER MANUAL McGuard PM-AP HR GROTHE

Simple line drawing of a rounded rectangular object with a circular hole, resembling a mechanical component or housing (no text or symbols)

10 x (1 x 58W); 5 x (2 x 58W)

LED Lampen : Max. 400W

Energiespar Lampen : Max. 600VA / 400W

Technical drawing of a mechanical part with circular and rectangular features, dimensioned as φ115 (no text or symbols)

Bid 6

3.4 Installation

LED and Last and Aus

4.3.2 Gehtest

(wallmounted) for hight ceilings

Simple line drawing of a rounded rectangular object with a circular hole, resembling a mechanical component or housing (no text or symbols)

INSTALLATION MANUAL

TECHNICAL SPECIFICATIONS

Rated Voltage: 220V-240V\~50/60Hz

Load Load for Lighting:

Incandescent Lamp: Max. 2000W

AC Halogen Lamp : Max. 1000W

LV Halogen Lamp : Max. 1000VA / 600W

(traditional) May 1000

MAX. 1000VA7900W (electronic)

Fluorescent Lamp

Max. 1000VA / 600W

(uncompensated)

Max. 900

25 x (1 x 16W): 12 x (2 x 18W):

15 x (1 x 36W); 7 x (2 x 36W).

10 x (1 x 58W); 5 x (2 x 58W)

LED Lamp : Max. 400W

Energie saving Lamp : Max. 600VA / 400W

(Inkl. CFL and PL Lamp)

Detection Range: 360° circular, up to ∅16m at height of 10m

Lux Adjustment Adjustable from approx. 10Lux bis (200) and

(learning range: 10Lux - 2000Lux)

Auto Off Zeit Adjustable from approx. 5Sek bis 30Min, and

Environmental Protection: IP54

Installation and assembly of electrical equipment

must be carried out by qualified electricians.

Contact a qualified electrician in the event of fault

or break down.

ACHTUNG

A circuit breaker (200VAC, 10%) type C according to EN80688-1 of load I shall be
- Do not impact un contradictive conditions.
- Do not open the enclosure frequently.
Turn off power when charge the light sources.
High in-rush current would be caused when subs of certain brands burned which might damage the unit permanently.

1 PACKAGE CONTENTS

Pattern		Rubber washer
Item	Detector	Wood screws∅4 x 25.4mm+Rubber washers	Anchor
Quantity	1	2	2
Pattern
Item	Lens shield	Manual	IR-FB optional
Quantity	2	1

2 FEATURES

2.1 Features

• Powerful relay and advanced technology are used to enable controlling all kinds of lighting loads.
• IR remote control is available for easy and quick selling.
• Manually switch on the load by wire connected to an external N.C. type
  push button switch when the ambient light level exceeds the pre-set lux
• Manual override for lighting on is enabled by using 18 remote control to
  the time is turned to lighting the product by saving a formula that is control.
• The ambient Lux value can be learned as the threshold for switching
  on 7 off the loads by IR and VR if the provided Lux valuee do not match user's requirement.
• A red LED is built-in as an indicator for test triggering and IR setting.
• Quick plug-in terminal block is used for easy and quick wiring.

2.2 Dimension:

∅115mm × 45mm

Technical drawing of a mechanical part with cross-sectional view and dimension label (no text or symbols beyond measurement annotations)

3 INSTALLATION AND WIRING

Please disconnect power completely and read the entire instruction manual carefully before installation.

3.1 Select a proper location

3.1.1 It is recommended to install the detector at the height of 10m, and the detection range can reach up to the diameter of 16m. (See FIG.2).

3.1.2 Helpful tips for installation

Since the detector is in response to temperature charge, please avoid the following conditions (Sea FIG. 3):
- Avoid the detector aiming towards the objects whose surfaces are highly reflective, such as images, mirrors, etc.
- Avoid the detector aiming towards the objects which may be swayed in the
wind, such as curtain, tall plants, miniature garden, etc.
- Avoid mounting the detector heat heat sources, such as heating vents, air conditioning, vents as dryers, lights, etc.

FIG 3-A

FIG. 3-B

3.2 Functions

3.2.1 Auto Mode

- Under Auto mode, the load will be on automatically when the movement is detected and the ambient light level is below the Lux selling value. When no movement is detected and the delay time has expired, the load will be off automatically.

- According to the changeable ambient light level, detector can postpone delay time of turning on and off its load to avoid unnecessarily switching due to rapid ambient light change:

Ambient light level changes from bright to dark:

If the ambient light level keeps to be lower than the preset Lux value for 10sec, the light will be automatically switched on after 10sec. (LED will be on 10sec for indication)

Ambient light level changes from dark to bright:

If the ambient light level continuously exceeds the switch off Lux value for 5min, there are different reactions according to the time setting value. Time setting >5min, the light will be automatically switched off after 5min. Time setting <5min, the light will be automatically switched off when the set time reached if no movement is detected during the 5min. But if there is movement detected within the 5min, the time will be reset upon detection and until 5min later, the light is switched off.

3.2.2 Push button function

The load can be manually switched on by using an external push button

switch (N.C. 10A type), See FIG.4 - FIG.6. When the load is off, it can be switched up by a stand press (1sec) on push button switch and Lut is

disabled on by a short press, 1926, on each section switch and EAX is disabled. After the load is switched on manually, the load can be

automatically switched off if no movement is detected and the delay time has expired.

3.3 Wiring

3.3.1 One load is controlled by one detector (San FIGA).

3.3.2 One load is controlled by two detectors to enlarge detection range (See FIG.5).

FIG.5

3.3.2 One detector controls staircase time switch (Time is set to 18 . See FIG. 6).

Lighting line
FIG.6

3.4 Installation procedure

3.4.1 Surface mount with ceiling board.

3.4.1.1 Use flat head screwdriver to take off the decorative cover (See FIG.7).

3.4.1.2 Unscrew the 4 screws on main body cover to separate it from bottom base (See FIG.8).

1. 2017年 ，

FIG.6

3.4.1.1 Use flat head screwdriver to take off the decorative cover (See FIG.7).

FIG. 8

3.4.1.3 There are 5 pairs of knockouts with various distances from 50mm to 84mm on the bottom base to be selected for different mounting applications (See FIG.9-A). Select two same figures on both ends for the corresponding distance for fixing (See.9-B).

FIG. 34

NO.	A	B	The distance between A and B
1	56	56	56mm
2	60	60	60mm
3	70	70	70mm
4	80	80	80mm
5	84	84	84mm

FIG. 9B

3.4.1.4 The cables can be led through either from side or bottom sides. To feed AC power cables through the side entry holes, please use the cutting pliers to break the cable entry knockouts on the side of junction box, then insert cables into junction box and feed through it. Strip off 6 - 8mm of cable sheathing for wiring (See FIG. 10).

FIG.10

3.4.1.5 Choose proper knockouts to fix the bottom base on the surface of ceiling board with 2pcs wood screws (See FIG.11).

FIG. 11

3.4.1.6 Refer to the wiring diagrams (See FIG.4 - FIG.6) for correct cable connections and refer to FIG.12 to assemble detector with the bottom base.

FIG. 12

3.4.1.7 Put on the decorative cover and restore power supply

3.4.2 Surface mount with European standard junction box.

3.4.2.1 Pull out AC power cables from European standard junction box (See FIG.13), then strip off 6 - 8mm of cable sheathing for wiring.

FIG. 13

3.4.2.2 Feed the power cables through bottom base, please use the screwdriver to break the cable entry knockouts on the bottom base (See FIG.14).

FIG. 14

3.4.2.3 Select appropriate distance from the bottom base mounting holes, to fix the bottom bass onto European standard junction box with two wood screws (See FIG.15)

3.4.2.4. Refer to the wiring diagrams (See FIG.4 - FIG.6) for correct cable connections and refer the FIG.12 to assemble detector with the bottom base.

4.1 Setting of Time, Meter and Lux

Time m/s	Set today off time for lighting	Range: Adjustable from approx. 3.5Km, to 20 Min. cm : 1.5Km mode, local and red LiCl will be 2 5Km on, 2.5Km off. [Fe]: Short impulse mode for stroke rate their switch control (cool) can be 1.5Km on, 95Kc off.
Meter +	Set the cotlection range	Range: Adjustable at 2h to -1.5pprec @ Km, H=10m.
SAR 20000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000	Set the light value for emerging on level	Range: Adjustable at 2h to 1000. [●] learn the actual ambient light level (No 200000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000

4.2 Lux learning function with knob

Learning procedure:

4.2.1 Adjust the knob to ▶ when the ambient light level matches with the roared value (See FIG. 18-A).

4.2.2 When the knob is set to • originally, it should be adjusted to other

position more than 1 sec, then goes back to ● (See FIG.18-B)

4.2.3 Then the load is on LED starts to flash slowly indicating entering into learning mode. Learning will be completed within 25 seconds. Afterwards, the LED and load will keep on Iacc or LED flashes quickly for Iacc and load is off to confirm successful learning (See FIG. 16-C).

4.2.4 After learning procedure, the detector returns to AUTO mode with LED

↓

Adjust knob to other position from

Adjust knob to *

from other position

1sec after, goes

FIG. 16-A

after, goes

Back to 400

FIG. 16-B

LED and load keep on 5sec

(the actual light level range in 10, 2750 L/s)

是 10 * 2000LOX)

LED flashes quickly for 5sec

Load is off (the excellent level range is out of 10-200%

Detector switches to AUTO Bild 16-C)
NOTE

- When the actual light level is out of the range 10 - 2000Lux, detector will learn 25sec, then the red LED flashes quickly for 5sec. When the actual light level is below 10Lux, Lux value is set to 10Lux, or is above 2000Lux, Lux value is set to 2000Lux.

- installer should be away from the detector to avoid affecting the luminous flux that reaches the detector when learning Lux value.

4.3 Test mode

4.3.1 LED function

There is a built-in red LED as an indicator for infrared signal reception and test mode status (Sec. FIG. 17).

4.3.1.1 In case the IR-11 remote control is used, the detector receives signal from it, then red LED will flash 2sec quickly to indicate successful signal reception.

4.3.1.2 LED can be used as an indicator in walk feet so that load is no need to be connected

4.3.2 Walk test

The purpose of walk test is to select a proper installation place to get the boat detection range. Set motor knob at "+1, time at "last" (refar to step 4.7), then you can conduct a walk test and the detector is uncontrolled by Lux setting. (See FIG. 18).

Note

When the power is connected for the first time or it is resupplied after shutting off, the detector will enter into 60sec warm up mode. During which, LED and the load can be switched on for 60sec regardless of the time knob of detector is set to any modes, and then off. After warming up is finished, the detector will enter into Auto mode and work according to knob settings.

FIG.10

Test procedure

4.3.2.1 Tester must be within the detection coverage

4.3.2.2 Switch on the power. 4.3.2.3 Walk from outside access to the detecting pattern. Real LED will turn on

for 2sec once the movement is detected

4.3.2.4 Adjust meter knob to change coverage

4.3.2.5 Repeat step 4.3.2.3 to 4.3.2.4 until it meets user's demands.

4.4 Usage of lens shield

4.4.1 The detector has provided 2 lens shields for masking the undesired detection area. Each lens shield has 3 layers (Layer A / Layer B / Layer C), each layer includes 6 small segments and each small segment can cover 30^ detection angle. For example, install the sensor at the height of 10m, the detection range can reach up to 1m diameter if the two complete lens shields have been used, and up to 12m diameter if the A & B layers of two lens shield has been used, and up to 14m diameter if only the A layer of two lens shield has been used, and up to 16m diameter if no lens shield has been used.

FIG.19

The shadow part of the lens shields in the FIG. 19 is refer to the cut off parts.

4.4.2 Fixing lens shield: There is circular hook on the back of the decorative frame and the lens shield is designed with a circular groove. The lens shield can be filled by joining the groove of lens shield with 1st corresponding hook on the decorative frame (See FIG.20).

FIG. 20

5 TROUBLE SHOOTING

When the detector works abnormally, check assumptive problems and suggested solutions in following table that will hopefully solve your problem.

Problem Possible cause Suggested solution

Lighting device does not turn on	1. Power does not turn on.2. Incorrect wiring3. Improper knob setting4. Malfunctioned load.	1. Switch on the power.2. Refer to wiring diagrams (FIG. 4 - FIG. 8) and check if the load is malfunctioned.3. Check if knobs are set to the correct position, then supply the power to check if the LED will turn on.4. Replace the disabled load with a now one.
Lighting device does not turn off	1. Incorrect lime setting.2. Detector is nuisance triggering.3. Incorrect wiring.	1. To test the delay time specified on lime knob and check detector is nuisance triggered lighting device does not turn off as the delay time is reached.2. Keep away from detection coverage to avoid activating detector while doing the test.3. Make sure load and wire are connected correctly.
LED does not turn on	1. Out of the detection range.2. No power is supported.3. 'Timer knob setting is last,' test.4. Incorrect wiring.	1. Walk within the effective detection range (∅16m).2. Switch on the power.3. Turn the knob position to 'test'.4. Refer to wiring diagrams (FIG. 4 to FIG. 8)
Nuisance triggering	There are heat sources, highly reflective objects or any objects which may be swayed in the wind within the detection coverage.	Avoid aiming the detector toward any heat sources, such as air conditioners, electric fans, heaters or any highly reflective surfaces. Makes sure there are no swaying objects within the detection coverage.

6 OPTIONAL PURCHASE UNIT

6.1 The detector can also be controlled by the infrared remote control to make the operation more easier and convenient (See FIG.24)

6.2 Push button function:

Tester

Funktion

To set load on for 6hrs - By pressing Ⓞ button, the load of deflector will be turned on for 0 hours.
- Load will be turned off after 8 hours and return to auto mode. Or press button again to exit this 8 hours on mode during this period, detector will be return to auto mode. Or switching oil power supply of presence detector for 5 sec and re-supply it again to end detector to auto mode.

- Lout ran he lived in all made by pressing a button on made.

To set level off for 85bp

- By pressing button, the load of detector will be turned off for 8 hours.

- Detector will return to auto mode after 8 hours. Or press button again to exit the 'hours off mode' during this mode, detector will return to auto mode.

Or switching power supply off presence detector for basic and no supply it again to lead detector to auto mode.

- Load can be load to on mode by pressing button under off mode. To lock IR buttons By pressing button, IR buttons will be installed and open function

- By clearing burnout, PC control will be tested with no key function. Is workable (Except of) human).

Unlock IR buttons

- By pressing button, IR buttons will be unlocked. Thereafter IR remote controller can be used to set presence detector.

Ex-changing auto mode and semi auto mode - By pressing 📂 firstly, detector enters into auto mode with detector's red LED flashing quickly for 2sec no matter it is locked or not. Then, press it again, detector enters into semi-auto mode with detector's red LED being on for 2sec.

To save latest setting values and duplicate to other detector 1. Set the desired Lux and Time values on one detector by using II remote controller.

1. Then by pressing ⏻ button for approx. 3sec aiming to above detector, the Lux and Time settings of this detector will be saved into this IP sample unless preferred by delecting an LED shaker.

2. By pressing ⊖ button system for approx. 1sec siming to a new

detector, the saved settings can be duplicated to the new detectors. 4. Transfer the settings to detectors desired by repeating above last stop. If no data is saved in IR remote controller, detector has no repetition after press (▶) button.

1. Battery removed for more than 5 sec or ⏻ button is pressed, all the data in IR remote controller will be closed.

RESET

To reset settings on Presence Detector By pressing button, all settings on presence detector will go back to knob settings, and all MEMO calls will be delayed.

To adjust Lux value By pressing corresponding button, the selected light level threshold will be set to presence detector for switching on the connected load.

(1) AD = BD = 1

To read-in the actual light level Actual light level can be read in as threshold for switching the connected load, if the set lux values do not match user's desired value. The steps are as below. Press class: button fill detector is red LED flashing to enter into learning mode, learning time is 10sec. Then the actual light level is read-in confirmed by both load and LED turn on for basic to indicate IR learning, successfully and then turn off. Afterwards it returns to auto mode. Note: If the ambient light level is out of the range of 10 - 2000Lux, detector will learn for 10sec., then LED flashes quickly for best, and the alternative of 10Lux or 99 value will be stored depending on under 10Lux or above 2000Lux value.

To set delay off TIME By pleasing corresponding button, the desired switching off delay time of load can be exactly set, it is confirmed by detector's LED flashing for 200c.

Test mode By pressing button ⏻ to enter into Test mode, it is confirmed by detector's LED for 2sec. Walking through the detection coverage, both load once detector is triggered (Reaction is regardless of Lux value).

Short impulse mode By pressing (1) button to enter into short impulse mode, it is confirmed by detector's LED flashing for 2sec. Load will be on 1sec and 5sec off when detector detects movement and the preset Lux value under short impulse mode.

6.3 IR Trouble Shooting

When remote controller IR works abnormally, please check assumptive problems and suggested solutions in below chart that hopefully solve your problem.

Problem Possible cause Suggested solution
Detector fails to receive signal	1. Exceed the transmission range.	1. Operate within transmission angle ( ± 35^ ), and ensure IR aiming directly to the detector.2. Replace a new battery.
	2. Low battery power.
	3. Detector works abnormally.	3. Check the trouble of detector, then refer the TROUBLE SHOOTING of detector manual for repairing.
No signal	1. Low battery power.	1. Replace battery.
	2. Press two or more buttons once.	2. Press one button once.
	3. The battery insulation sheet is not look out.	3. Take out the battery insulation sheet.
Fail to transmit signal	In locked mode.	Unlock IR

7 GUARANTEE

GROTHE GmbH presence sensor is manufactured according to the latest techniques and subjected to quality control. If however, a defect should occur, GROTHE GmbH provides a warranty to the following extent.

1. The warranty covers 24 months from date of purchase of the device by the final end user. Compliance with the claim deadline is to be demonstrated by voucher of purchase date by means of an included invoice, delivery note, or similar document.
2. The guarantee includes the correction or resupply of a device (according to our discretion) if the function of the device is limited or non existing due to proven material or manufacturing errors.
3. The warranty does not cover damage during the transport. Moreover, damages on account of not following the instruction concerning installation and unprofessional installation of the device.

URMET GROUP

GROTHE GmbH
Löhestrasse 22 D. 50770 Uwara
D - 53773 Henf info@arolba-ris
www.online.de
GROTHE GmbH
Löhestrasse 22 D. 50770 Uwara
D - 53773 Henf info@arolba-ris
www.online.de

Short impulse mode By pressing (1) button to enter into short impulse mode, it is confirmed by detector's LED flashing for 2sec. Load will be on 1sec and 5sec off when detector detects movement and the preset Lux value under short impulse mode.

(1)

HAWING
HAWING
[Non-Text]
[Non-Text]

Simple line drawing of a rounded object with a circular hole, resembling a stylized helmet or cap (no text or symbols)

Technical drawing of a mechanical part with cross-sectional view and dimension label (no text or symbols beyond measurement annotations)

3 INSTALLATION ET CÂBLAGE

If the shibent light level keeps to be lower than the preset Lux value for 10sec, the light will be automatically switched on after 10sec. ILED will be

on 10sec for indication)

Figure 10

6 APPAREIL DISPONIBLE EN OPTION

Simple line drawing of a rounded rectangular object with a circular hole, resembling a mechanical or architectural component (no text or symbols)

10 x (1 x 58W); 5 x (2 x 58W)

Ledlampen: Max. 400W

Spaarlampen : Max. 600VA / 400W

(Inkl. CFL + PL Lampe)

Afteriding 34

Nr.	A	B	Afstand tussen A en B
1	56	56	56mm
2	60	60	60mm
3	70	70	70mm
4	80	80	80mm
5	84	84	84mm

Abbeiding 88

Alboelding 10

4.3.2 Looptest