SmartPower MX2500 has 24 Joules of Stored Energy (@ 220-240V) and will power up to 80 km (50 miles) of multi-wire fence. SmartPower MX5000 has up to 41J (@ 220V), 45J (@ 230V), 48J (@ 240V) of Stored Energy and will power up to 120 km (75 miles) of multi-wire fence.
7. Turn the Energizer ON and check the Stored Energy reading. Add steel stakes until Stored Energy reads at least 35 Joules for the MX5000, 17 Joules for the MX2500 or 14 joules for the MX1600 (if the Output Alarm (OA) sounds remove a steel stake).
Stored Energy is 13 Joules in New Zealand, Australia and South Africa - 7 Joules in Europe. As your fence becomes more heavily loaded Adaptive Control delivers more energy in each pulse - e.g. MX5000 up to 48 Joules. Figure 1 illustrates the Stored Energy reading.
Fence Alarm is activated. The Fence Alarm can be either turned OFF, set on security mode (refer "Security Option"), or set at 3kV or 4kV - consult your Gallagher Dealer or National Distributor if you wish to change the default setting. The symbol 'A' is displayed (Figure 4) when the Fence Alarm is set.
You can return the display to normal operation by, firstly, correcting the cause (e.g. standing the fence up again) and then turning the Energiser OFF and ON again at the mains. Consult your Gallagher Dealer or National Distributor if you wish to change the default setting to the "Security Option''.
Earth Voltage goes above 500 volts (factory default setting). The Earth Alarm can be either turned OFF, or set at 300, 500 or 700 volts - consult your Gallagher Dealer or National Distributor if you wish to change the default setting.
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Energizer and Remote are preset with an identifying code. ln the rare event that your neighbour has a Remote with the same identifying code - hence your neighbour can unintentionally turn your Energizer Off and On - your Gallagher Dealer or National Distributor are able to re-program an alternative code in both the Energiser and Remote.
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When not receiving signals the Electrical Interference Alarm sounds on alternate displays as the Energizer cycles through the normal readings. NOTE In the very unlikely event that electrical interference exactly reproduce the Remote signal, and unwanted switching occurs, pass the information back to Gallagher Research & Development.
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If the FIA is measuring the pulses whilst the Energizer is adapting the readings will be invalid. For these reasons we do not recommend the use of an FIA to test Smartfence Energizers. If you do wish to use an FIA to test a Smartfence Energizer contact Gallagher Research & Development...
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4.2 kv the Energizer uses more energy per pulse to re-establish 4.2 kv (maximum stored energy is 24 J for the MX2500 and 48 J for the MX5000). When voltage reaches 5.0 kv the Energizer reduced energy back to the standard 7 J. The performance graphs for the MX2500 and the MX5000 are attached.
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Chapter 4 Bills Of Materials (Confidential) 2A0288 PCB ASSY : MX5000 CONTROL 2A0300 PCB ASSY : MX5000 CAP CONN 2A0304 PCB ASSY : MX2500 CONTROL 2A0303 PCB ASSY : MX2500 CAP CONN 2A0290 PCB ASSY : MX5000 ENERGIZER 2A0305 PCB ASSY : MX2500 ENERGIZER...
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Information contained in this manual is confidential and remains the property of Gallagher Group Limited. It may not be used by, or disclosed to, any other persons or organizations (including area managers, dealers and customers) without the written permission of Gallagher Group Limited.
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As can be seen from above, both Smartfence Energizers use the common PCB assembles MX O/P MOD (2A0301) and MX Meas Cap 2mm (2A0291). It is also possible to use the MX5000 Energizer board as a module replacement for the MX2500 Energizer board if the servicing of the Energizer is urgent and only MX5000 Energizer modules are available.
The Smartfence Energizer includes a dry relay contact on the control board (2A0304 for the MX2500 and 2A0288 for the MX5000) that can be connected to external equipment. The user must provide access to the internal relay contacts while maintaining that the Energizer case still incorporates full electrical isolation and water ingression resistance.
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The correct circuit will depend on each users application and legal requirement, for example, whether to use the N/C or N/O connection. NOTE Gallagher Group Ltd does not assume any liability arising out of the application or use of any product or circuit described herein.
CIRCUIT DESCRIPTION 3.1 Control Board The following description is for both the MX2500 (2A0304) and MX5000 (2A0288) control boards. The associated diagrams that are included at the end of this section are: • Circuit diagram of MX2500 Control board (2A0304).
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Q100-102, R 101- 103, R106- 108 for the MX2500, plus Q103-l04, R104- 105 and R109-1 10 for the MX5000 drive the Triac and various SCR stages. • Q100 provides a high current driving capability and isolation for the microcontroller pin when triggering the triac (Q2).
3.2 Energizer Board. The following description it for both the MX2500 (2A0305) and MX5000 (2A0290) energizer boards. The associated diagrams that are included at the end of this section are : • Circuit diagram of MX2500 Energizer board (2A0305). • Circuit diagram if MX$000 Energizer board (2A0190).
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C10 is assumed to be the same. • These resistors also discharge the main storage capacitors at power off. Turbo Storage Capacitors (MX5000 only) C9 and C 10 are the turbo storage capacitors and D402, D403, R402, R401 are associated circuitry.
Chapter 4 Bills of Materials (BOMs) Part Number : 2A0288 Date : 17/07/94 Description : PCB ASSY: MX5000 CONTROL Page l of 2 Part Description Cct-Ref 2A4413-1 PCB: MX CONTROL VER 1 2A8002 SOFTWARE ASSY:MX5000 VER1 U100 2B0000 RESISTOR ZERO 0HM LINK...
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J106 4E4351 TERMINAL:VERT. 2 WAY. 2MM J102-103,105 4E4354 IC:SOCKET 28 PIN,DIL Part Number : 2A0300 Date : l7/07/94 Description : PCB ASSY : MX5000 CAP CONN Page 1 of 1 Part Description CctrRef 2A4421-1 PCB: MX CAP CONN 2B1945 RESISTOR: 4M7,MF,1W,1%,HVT...
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