hager EEK51 P Series - User Manual

auto
test
1 min
1 h
20 min
1
on
2
lux
auto
test
1 min
1 h
20 min
1
on
2
lux
auto
test
1 min
1 h
20 min
1
on
2
lux
AI1_EEK510B_T4_01
auto
test
1 min
1 h
20 min
1
on
2
lux
Description
Detection lens
Fixing springs
LED’s for testing and
IR acknowledgement
IR sensor (detection)
* The light measurement accuracy (Lux) is aected
by the environment (furniture, ground, walls...).
If necessary, the level has to be adjusted by
potentiometer or programming tool.
Instances of lighting levels
Settings
Position of
potentiometer
Lux value
approximate
*
Application
auto test preset (≈ 400 Lux)
1 200 Corridor
>1 ... 2 < > 200 ... 400 <
2 400 Offices
>2 ... On < > 400 ... 1000 <
On 1000 Offices
Potentiometers
1 and 2
Programming tool for settings
The installer programming tool EEK001
can be used to set the following features
if the potentiometer is set on “auto test”:
- Lux levels (
)
- Time (
)
- Absence / presence detection
- Power up behaviour
- Active / passive cell .
Override remote control
The remote control EEK002 allows the
switching ON or OFF of the light (
).
The EEK002 allows the same functionality
as the wallswitch.
-
+
M
-
+
M
-
+
M
Detection areas
h
Y
X
Y
h
X
h
x
y
ech40%
2,5 m
2,5 m
2,5 m
6 m
1 m
Overlap
Occupancy Sensors
standalone
EEK510B
Occupancy Sensors
with pre-wired lead
EEK513W: 3 m
Occupancy Sensors
with pre-wired lead
and klik.system plug
EEK513P: 3 m
EEK515P: 5 m
h 2,5 m 3 m 3,5 m
x 5 m 5 m 5 m
y 7 m 8 m 9 m
IR receiver (remote controls
& programming tools)
&
é
The “y” values are given for lateral range.
The range may be reduced if walking
towards the sensor.
Brightness measurement sensor
(under the detection lens)
EEK510B, EEK513W
EEK51.P
6LE000505C
z
PIR Occupancy Sensors
1 6LE000505C

Summary

Description of PIR Occupancy Sensor Components

Product Components Overview

Key physical components and indicators of the PIR occupancy sensor.

Settings and Controls for the Occupancy Sensor

Lighting Level Settings

Defines lux levels and corresponding applications for lighting control.

Programming and Override Options

Explains usage of external tools and remote control for sensor configuration.

Functional Modes and Operation

Presence Detection Mode

Automatic light control based on occupancy and ambient light.

Absence Detection Mode

Manual activation required for light control, followed by automatic dimming.

Power Up and Cell Settings

Configuration for power restoration behavior and photocell function.

Factory and Technical Specifications

Factory Pre-set Values

Default configuration values for luminosity and timing.

Technical Characteristics

Detailed electrical and functional specifications of the device.

Test Mode Operation

Walk Test Validation

Procedure to verify sensor detection range and coverage.

Mounting Instructions

Ceiling Mounting

Step-by-step guide for installing the sensor in a ceiling.

Surface Mounting

Instructions for mounting the sensor on a surface using an accessory.

Connection Diagrams and Implementation

Wiring Configurations

Visual guides for connecting the sensor to different systems.

Optimal Detection Requirements

Guidelines for ensuring effective and accurate detection performance.

Lighting Loads and Troubleshooting

Supported Lighting Loads

List of compatible light types and their power ratings.

Troubleshooting Common Issues

Solutions for false switching and short detection range problems.

Overview

1. Function Description
2. Usage Features
3. Maintenance Features

This document describes the Hager PIR Occupancy Sensors, specifically models EEK510B, EEK513W, and EEK51.P, designed for detecting low-level movements, such as a person sitting at a desk. These sensors are suitable for various applications, including standalone use, integration with marshalling boxes, and surface mounting.

Function Description

The PIR Occupancy Sensors utilize a pyroelectric sensor located under a detection lens to identify motion within a designated area. In addition to motion detection, the sensor continuously measures the ambient brightness in the room and compares it to a preset Lux level. This dual sensing capability allows for intelligent control of lighting based on both occupancy and available natural light.

The sensors operate in two primary functional modes:

1. Presence Detection (Automatic Mode): In this mode, lighting is controlled automatically based on motion and ambient light levels. If presence is detected and the ambient light is below the required Lux level, the sensor activates the lights. The lights remain on as long as occupancy is detected and for a predefined time-out period afterward. Once the sensor deactivates the lights, a new occupancy event, combined with low ambient light, is required to reactivate them. This mode can be adjusted via an IR remote control.
2. Absence Detection (Semi-Automatic Mode): This mode requires manual activation of the sensor, either via a normally open retractive wall switch or a user remote control. Once activated, the sensor maintains the lights on during occupancy and for the set time-out period. After deactivation, another manual input is needed to switch the lights back on.

A key feature is the Power Up behavior, which determines the lighting state after the mains power is initially supplied or restored. Users can choose between "Power Up ON," where lights are immediately switched on for 30 seconds (and remain on if detection occurs in automatic mode), or "Power Up OFF," where the detector switches to its selected mode after a warm-up period without immediate light activation. This setting is configurable using an installer programming tool.

The sensor also incorporates an Active/Passive Cell function to optimize energy savings.

• Active Cell: The photocell inhibits the light output if the ambient light is sufficient. If occupancy is detected while ambient light is below the required Lux level, lights activate. If ambient light then increases above the required Lux level for a certain duration, the sensor detects this and switches off the light.
• Passive Cell: The photocell inhibits the light output if the ambient light is sufficient at the time of detection. If detection occurs, and the ambient light level increases, the photocell will not turn off the light.

Usage Features

The PIR Occupancy Sensors offer flexible installation and configuration options to suit various environments.

Installation:

• Ceiling Mounting (EEK510B): Requires cutting a 60-63 mm diameter hole. The detector is fixed by pushing springs upward into the hole. Wiring is done according to the connection diagram or by plugging into a klik.system marshalling box. A protective cover is then mounted over the terminals, and the cable clamp is screwed in place.
• Surface Mounting (with accessory EEK005): Involves mounting a BESA Box, screwing the accessory onto it, and then wiring the detector. The detector is pushed and turned to lock it into the accessory.

Configuration:

• Potentiometers: The Lux threshold and time-out period can be set directly using two potentiometers on the device. Potentiometer 1 controls the Lux level (from 200 Lux to 1000 Lux or "auto test"), while potentiometer 2 controls the time-out period (from 1 minute to 1 hour).
• Programming Tool (EEK001): For more advanced settings, the installer programming tool EEK001 can be used when potentiometer 1 is set to "auto test." This tool allows configuration of:
  • Lux levels (with fine adjustment)
  • Time-out periods
  • Absence/presence detection mode
  • Power up behavior
  • Active/passive cell mode
• Remote Control (EEK002): The remote control EEK002 provides convenient override functionality, allowing users to switch the lights ON or OFF. It offers the same functionality as a wall switch.

Test Mode (Walk Test): To validate the detection area, users can set potentiometer 1 to "auto test." In this mode, the green or red LED behind the lens illuminates for 2 seconds after detection. A red LED indicates that the measured light level is lower than the current setting, while a green LED indicates it is higher. There is a 2-minute time-out period that reactivates after each detection, and the output switches for 2 seconds after each detection. The programming tool EEK001 can also be used to set the detector in test mode.

Optimal Detection:

• Recommended installation height is between 2.5m and 3.5m.
• In offices, the detector should be installed above the workstation.
• When using multiple detectors, their detection areas should overlap.
• The sensor should be kept away from environmental disturbances such as heat sources, partitions, houseplants, and ventilation grids to ensure accurate operation.

Maintenance Features

The device is designed for reliable operation with minimal maintenance.

• Troubleshooting: The manual provides guidance for common issues:
  • False switching: If the lighting point switches falsely, users should check if the detector is exposed directly to a heat source, a lighting source, or placed above a ventilation grid.
  • Short detection range: If the detection range is too short, users should verify that the distance of the device from the ground is sufficient and its location is optimal.
• Disposal: The product is marked for correct disposal as Waste Electrical & Electronic Equipment (WEEE). This indicates that it should not be disposed of with household waste but should be separated for recycling to prevent environmental harm and promote sustainable reuse of materials. Household users are advised to contact their retailer or local government office for recycling details, while business users should consult their supplier and purchase contract.

The device is designed to be installed by a suitably qualified electrician according to installation standards and complies with essential requirements of Directive 2014/53/EU for use throughout Europe and Switzerland.

hager EEK51 P Series Specifications