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Environmental Monitoring System (EMS-5 / 10) Instruction Manual

2.1

Technical Specifications

Master Panel

Specification

Notes

Dimensions

335 x 270 x 110 mm

Millimetres

. Width x Height x Depth

Weight

4.5 KG

Kilograms

Supply Voltage

–

264 VAC

Volts / Alternating Current

. 50/60 Hz

frequency

Motherboard Output Relay
Voltage Rating

250 VAC

Motherboard Output Relay
Current Rating

8 A

Amps

. Maximum into resistive load.

Relay Minimum Load

10 mA

Milliamps

. At 5 VDC (Volts / Direct Current)

Detection Response Time

1 second

Ingress Protection (IP) Code

IP51 (dust protected
and dripping water)

Ingress Protection to IEC 60529. Holes
drilled during installation may affect unit IP

Alarm (Audible)

85 dB

Decibels

. Within 0.6 m range

Alarm (Visible)

Via LED panel

Input channels

5 or 10

Leader Cable

Belden 9534

Variable length

Operating Temperature

0 to +50°C

Degrees Centigrade. Ambient temperature

Operating Humidity

10 to 95%

Relative humidity (non-condensing) at 45°C

Operating Altitude

0 to 3,000 m

Metres

Storage Temperature

-20 to +70°C

Sensor Cable Length (per
input channel)

100m (or maximum 20
probes)

Use recommended yellow Sensor Cable.
Also requires End of Line (EOL) terminator

Table 1:

EMS-5 / 10 Technical Specifications

Содержание EMS-10

Страница 1: ...Read these instructions carefully before using this product Keep these instructions in a safe place for future reference EMS 5 10 Water Leak Detection System Instruction Manual ...

Страница 2: ...al does not precisely reflect your system Aqualeak reserves the right to make changes without notice both to this manual and the products which it describes Purpose This document provides installation and operating instructions for the Environmental Monitoring System EMS 5 10 Water Leak Detection System Symbols and Notices Used Important information has been highlighted throughout this document us...

Страница 3: ... 14 3 3 Ancillary Devices 18 3 3 1 Signalling to Ancillary Device 18 3 3 2 12 24V Output to Ancillary Device 18 3 3 3 230V Output to Ancillary Device 19 4 Operation 20 4 1 Monitor Mode 21 4 2 Fault Mode 21 4 3 Alarm Mode 22 4 4 Override Mode 22 5 Maintenance 23 5 1 Cleaning 23 5 2 Troubleshooting 23 6 Warranty 24 Tables Table 1 EMS 5 10 Technical Specifications 8 Table 2 EMS 5 10 Input Output Conn...

Страница 4: ...onnection using Leader Cable LC10C 14 Figure 7 Sensor Cable using LC10 LCB100 and Start of Line 15 Figure 8 Sensor Cable using Single ESD Sensor Probe 16 Figure 9 Multiple ESD Sensor Probes to a Single Zone 17 Figure 10 Connection of Master Panel for Signalling to an Ancillary Device 18 Figure 11 Using the 12 14 Output to Power an Ancillary Device 18 Figure 12 Using the EMS to Power a 230V Ancilla...

Страница 5: ...ren or persons with reduced physical sensory or mental capabilities Where necessary such Persons should be given supervision by a qualified person responsible for their safety DO NOT position the unit including its power cable where it may violate Fire or Health and Safety regulations e g block fire exits or stairwells etc 1 3 Electrical Safety RISK OF 230 VOLT ELECTRIC SHOCK RISK OF DEATH OR SERI...

Страница 6: ...nufacturer documentation for any components specified in the installation requirements of this manual 1 5 Post Installation Safety Once installed 1 Perform a test run to ensure normal operation 2 Explain all safety precautions to the end user 3 Provide a copy of this manual to the end user It is the responsibility of the end user to supply this manual to any other subsequent users All goods are so...

Страница 7: ...t affordable and cost effective solution also requires no configuration for ease of installation and operation Features Affordable No configuration required works straight out of the box Easy operation Designed and built in the United Kingdom CE Compliant Monitors for leaks sensor cable breaks and internal system faults Operation In operation the EMS 5 10 continuously monitors all independent sens...

Страница 8: ...ime 1 second Ingress Protection IP Code IP51 dust protected and dripping water Ingress Protection to IEC 60529 Holes drilled during installation may affect unit IP Alarm Audible 85 dB Decibels Within 0 6 m range Alarm Visible Via LED panel Input channels 5 or 10 Leader Cable Belden 9534 Variable length Operating Temperature 0 to 50 C Degrees Centigrade Ambient temperature Operating Humidity 10 to ...

Страница 9: ... EMS 5 10 Instruction Manual 9 2 2 Input Output Connections Figure 2 EMS 5 10 Input Output Connections 11 2 3 4 5 6 7 8 9 10 12 13 1 14 1 2 3 4 5 11 2 3 4 5 6 7 8 9 10 12 13 1 14 1 2 3 4 5 6 7 8 9 10 16 11 12 13 14 15 11 12 13 14 15 ...

Страница 10: ...figurable Alarm Fault Relay Relay 14 5 Alarm Relay Relay 13 6 Cable Break Relay Relay 12 7 Common Alarm Fault Relay Relay 11 8 Interface Board Power PL7 Mains Abbreviations Communications Terminals PL8 Mains terminals are marked L E N L Live E Earth N Neutral 9 12 24 VDC Output Terminals PL6 10 12 24 VDC Selector Switch SW2 11 Reboot Relay Switch SW1 12 230 VAC to 24 VDC Power Supply Unit 13 230 V...

Страница 11: ... detection and prevention systems are based on a modular design Parts supplied depend upon intended application and particular requirements Once the individual components have been selected the system can be built and installed Figure 3 EMS 10 Three Zone Communications Room Example EMS 10 LCB10C Leader Cable SCY Sensor Cable ...

Страница 12: ...ter Panel before starting to make final connections 3 1 2 Power Connection A competent person must install a 230 VAC unswitched fused spur near to the EMS The switched fused spur must be clearly marked as the disconnecting device for the EMS Where available the EMS unit should be connected to a UPS backed power supply Figure 4 Master Panel Electrical Power Connections Connect power to the EMS as f...

Страница 13: ...liary devices 11 Common Alarm Fault Relay latched upon alarm until acknowledged by User or Engineer Zone cable break Motherboard communication failure Zone Alarm Interface boards communication failure 12 Cable break Relay latched upon alarm until acknowledged by User or Engineer Zone cable break 13 Alarm Relay latched upon alarm until acknowledged by User or Engineer Zone alarm 14 Latch on Alarm 1...

Страница 14: ...2 When connecting the leader cable to its respective sensor input terminals ensure that the factory issued terminating resistor is removed Retain all resistors for future fault finding testing 3 Plug the opposite end of the leader cable into the sensor cable Figure 6 4 Once all sensor cables are connected plug the End of Line EOL terminator into the end of the last run of the sensor cable Cable Co...

Страница 15: ... When connecting the leader cable to its respective sensor input terminals ensure that the factory issued terminating resistor is removed Retain all resistors for future fault finding testing 3 Cable the opposite end of the leader cable in to the Start of Line SOL Figure 7 4 Plug the sensor cable into the connection on the SOL 5 Once all sensor cables are connected plug the End of Line EOL termina...

Страница 16: ...nterface board Do not connect the green or white cores Figure 5 2 When connecting the leader cable to its respective sensor input terminals ensure that the factory issued terminating resistor is removed Retain all resistors for future fault finding testing 3 Connect the opposite end of the leader cable to the ESD probe Figure 8 LOOP TERMINAL block not used Green and white cores not used Belden 953...

Страница 17: ...als on the interface board Do not connect the green or white cores Figure 5 2 When connecting the leader cable to its respective sensor input terminals ensure that the factory issued terminating resistor is removed Retain all resistors for future fault finding testing 3 Connect the series of ESD probes Ensure that a All EOL switches except the last are set to the OUT position b The last EOL switch...

Страница 18: ...t relay for the application 2 Connect to the relevant relay Figure 10 core colours are for illustrative purposes only and may differ during application 3 3 2 12 24V Output to Ancillary Device Figure 11 Using the 12 14 Output to Power an Ancillary Device Use the 12 24V auxiliary output to power an ancillary device as follows 1 Ensure that the unit is powered OFF Use the voltage selector switch SW2 ...

Страница 19: ...ice Normally Open Use the EMS to power a 230V ancillary device as follows 1 Refer to Table 3 3 2 1 Relay Functions and Triggers to select the correct relay 2 Wire the device Figure 12 and Figure 13 If the device is not within the immediate vicinity of the EMS panel a local isolator must be installed next to the device for safe isolation and maintenance The fuse rating of the local isolator should ...

Страница 20: ...indicate there may be a problem with the EMS itself All operations of the EMS 5 and 10 are undertaken via the front panel Figure 14 EMS 10 Front Panel Item Name 1 Zone Alarm LEDs for water red and cable breaks amber 2 System green and override red LEDs 3 Mute button 4 Reset button 5 Test button Table 4 Monitor Mode Button Inputs and Effects 1 2 3 4 5 ...

Страница 21: ...e 5 Monitor Mode Button Inputs and Effects 4 2 Fault Mode Occurs automatically if a fault e g cable break is detected Relevant cable break zone LED s FLASH AMBER Touch Button s Hold Time Effect Mute Instant Disable sounder Reset Instant Clear fault condition and disable sounder if mute not already pressed The relevant cable break zone LED s turn solid amber while the EMS checks if the fault has be...

Страница 22: ...de Button Inputs and Effects 4 4 Override Mode See also section 3 2 1 Relay Functions and Triggers The sounder is disabled in this mode which is for engineers In this mode if a fault or alarm occurs Before Relevant water and cable break zone LEDs will change from flashing to solid Relay 11 Common Alarm Fault will unlatch where latched relays 12 cable break and 13 Alarm will not unlatch until the i...

Страница 23: ... and power on the switched fuse spur Review section 3 1 2 Sensor data is intermittent or inactive Sensors not connected properly Check Leader Cable and connections Review section 3 2 2 Leak detected but no leak present Sensor cable is touching something conductive Check Leader Cable and connections Review section 3 2 2 Sensor cable is over 100 metres in length Sensor cable had debris on it Clean s...

Страница 24: ...are covered Persons not named as the original purchasers on the order information Physical damage to the unit due to abuse accident neglect or misuse This includes o Damage caused by water or other liquids o Damage caused by connection to incompatible power sources o Damage caused by connection to incompatible devices not manufactured by Aqualeak o Damage caused by improper installation i e not fo...

Страница 25: ... the European Guideline 2002 96 EC for Waste Electrical and Electronic Equipment and its implementation into national right measuring tools that are no longer usable must be collected separately and disposed of in an environmentally correct manner ...

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