INTELLISHOCK 10953 B25 Electric Fencer Instruction Manual

10953 B25 Electric Fencer
Instruction Manual intellishock B25
Type 10953
Instruction manual
Electric Fencer
85536A – 03/2021

10953 B25 Electric Fencer

Operating manual of the electric fencer intellishock B25
**** In association with the installation and safety instructions for the electric fencers

General Safety Instructions

Switch off the pasture fencer before coming into contact with it!
Operating manual information
The operating manual has some important instructions on handling the energizer. All technical details in the manual have been prepared and compiled with the greatest possible care. Even so, errors cannot be excluded. We wish to point out that we cannot assume any guarantee, legal responsibility or any liability for consequences attributable to possible lack of details. We would, at all times, welcome any notifi cation of possible errors. Safe working depends on the indicated safety and handling instructions being adhered to. Also to be adhered to are those local accident prevention provisions which are in force where the energizer is used as well as the general safety requirements.
The operating manual is to be studied carefully before any work begins!
As an integral part of the overall product it is to be securely kept right next to the energizer and for ease of consultation by the personnel.
Do hand over this manual should this product be sold or passed on to another party. For a better understanding of what is involved, some of the diagrams in this manual may not be true-to-scale and may deviate slightly from the actual constructional design.

Description and Construction of the Product

The energizer transmits voltage pulses to a connected pasture fence.
Switching the energizer on and off (and changing between various operating modes) is undertaken by a push switch (Fig. 4).
Caution! Only the optional additional parts prescribed by the manufacturer are to be used.

Installation

Installation: Set up the energizer at a preferably moist location. The earthing rod supplied must be driven as deeply as possible into the ground at a moist location and connected by a high-voltage resistant connecting cable to the black earthing terminal ( **) of the energizer (Page 75 / FIG. 2 & 3). Connect the high-voltage resistant fence cable to the red terminal with the lightning symbols . The energizer is only protected against moisture if it is properly installed. Shield the energizer from direct
solar irradiation. Set the energizer up in a location where there is no fire hazard.
Solar panel installation ( <=20W):
Fasten the optional solar panel with the retaining plate at the energizer. The energizer has an incorporated solar charge regulator (when the energizer is switched on). Feed the cable into the housing through the cable inlet on the back of the energizer and connect in the housing lid. Make sure that the polarity is correct. Trouble-free solar operation is only possible in connection with a 9 V battery or a 12 V rechargeable battery! Align the energizer with the solar panel to face south. Use the lateral knurled nuts to determine and fi x the alignment and angle position of the solar panel. Operation with the solar panel means you cannot operate it with a mains adapter.
CAUTION! Do not leave the switched off pasture fencer in the sun with a rechargeable battery and a  solar panel for a lengthy period. This could damage the rechargeable battery.
Earthing:
Good earthing of the fence is extremely important for trouble-free operation and optimum performance of the energizer; therefore it should be earthed at a preferably moist and overgrown location.
If the ground is dry and the fence is long, an additional earth conductor with intermediate earths (every 50 m) should be installed along the fence.
Installation with a 9V dry battery:
(use only alkaline batteries) Open the housing and insert the 9 volt dry battery. Connect the energizer to the 9V dry battery (red + / black -), ensure clean pole terminals and correct polarity. The energizer will not start if the polarity is reversed.
Installation with a 12V rechargeable battery:
Connect the 12V rechargeable battery (red + / black -), ensure clean pole terminals and correct polarity. The device will not start if the polarity is reversed.
CAUTION!
Only use rechargeable 12 V batteries; only charge rechargeable batteries with ventilation in well-ventilated rooms. Disconnect the rechargeable battery from the energizer during the charging process. The rechargeable battery should be recharged before and after every use as well as during longer periods of storage (every 2 months) and disconnected from the energizer.
The energizer has an AUTO-ON function which ensures that as soon as power is connected the energizer starts to operate.
Installation with a 230V/110V mains adapter:
Connect the mains adapter with the energizer, as described in Fig.6, via the mains connection . With the mains adapter it is easy to charge a connected 12 V rechargeable battery in parallel operation.
If the 230 V/110V supply fails, the energizer is then supplied from the rechargeable  battery.
Installation with 230V/110V:
Insert the energizer’s mains plug into the power socket.
CAUTION!**
The energizer has an AUTO-ON function. As such, the energizer starts following connection to the mains network.

Commissioning

Switch on energizer with the push button (1). After 1 second, you will hear a rhythmic even ticking of the pulses; the energizer is in operation.
The energizer transmits pulses to the fence and the LED display lights up. The fact of the status LEDs not lighting up points to a defect in the power supply.
Optimal Solar Alignment and Setting
The correct placement of the pasture fencer and the solar panel is crucial for the best possible operation of the energizer.

1. Position the pasture fencer so that the panel points south.
   This positioning enables the panel to absorb a maximum amount of sunlight even during the few light winter days When placing the energizer, consider the position of the sun throughout the day and avoid a location which could cover the energizer with shade from trees, bushes or high grass.

2. Determine the correct angle of inclination for the solar panel.
   The position of the sun above the horizon changes during the seasons. As a general recommendation, an angle of 50 degrees is optimal for long-term use in most parts of Europe. Nevertheless, the angle can be adjusted conditional upon the season to optimize the output of the solar panel for recharging the rechargeable battery (see Fig. below). The steeper the angle of inclination, the greater the cleaning effect during rain or snow.It may be the case that in winter (except for southern Europe) there are not enough hours of sunshine to fully charge the rechargeable battery.

3. Regularly remove any deposits and dirt from the solar panel
   This includes removing cut grass, dust (specifi cally along gravel paths), leaves and snow, since these can reduce the performance of the module for recharging the rechargeable battery.
   Only check the rechargeable battery indicator in solar operation at dawn (without sunlight).

WARNING:
Do not leave the switched off pasture fencer in the sun with a rechargeable battery and a solar panel for a longer period. Why? This could damage the rechargeable battery.

Energizer Operating Description

Solar operation : The solar panel produces electricity as soon as it is exposed to usable sunlight. The pasture fencer constantly requires electricity – by day as well as by night. The electricity generated in this way by the panel is stored in a rechargeable 12V battery, which means the energizer can operate without sunlight or can be supplied directly by a.
9V battery. The solar panel may not always have a suffi ciently large output to fully recharge a rechargeable battery – especially in dark, grey and misty months (e.g. October to February).
For temperatures around 0 degrees centigrade or below, we recommend the use of a large 9 V alkaline battery instead of a 12 V rechargeable battery. The energizer is operated primarily from the solar panel. If the solar panel does not have suffi cient output, the energizer switches automatically to the connected 9 volt battery or to the 12 volt rechargeable battery.
Rechargeable battery indicator:
The rechargeable battery indicator (Fig. 4 LED 2) provides information about the rechargeable battery or battery voltage. The solar display lights up constantly in green when the solar panel charging voltage is greater than the voltage of the rechargeable battery/battery. Whilst the solar panel charges the 12V rechargeable battery, it does not charge the 9 volt battery.

Maintenance

Table 12 (9V battery)
Remaining capacity Replace the battery at the latest when 95% discharged (only 5% charge capacity left).
The battery indicator (LED2) lights up:
Table 13 (12V rechargeable battery)
Remaining capacity

The rechargeable battery must be recharged at the latest when discharged down to 20% (only 80% charge capacity left) to prevent a fl at battery. The rechargeable battery indicator (LED2) lights up:
Do note that temperature and measurement deviation may cause these fi gures to vary.
Caution!
When using a solar system
Only carry out a battery or rechargeable battery test at start of the day ( no solar power supplied – cover panel )

Disassembly, Dismantling, Storage and Transport

Disassembly, Dismantling
Before starting disassembly:

• Switch off energizer
• Disconnect entire energy supply from the energizer.
• Remove operating/auxiliary materials and any remaining working materials and dispose of in an environmentally-compatible manner.

Then properly clean sub-assemblies and parts and disassemble them in taking account of the local industrial safety & environmental protection provisions in force.
Storage, Transport
Ensure that the energizer is both stored and transported only when switched off.

NOTE!
Ensure that rechargeable batteries are stored in ventilated and dry rooms.

Faults and Repairs

WARNING!
Repairs may only be carried out by qualifi ed persons.
Only the spare parts prescribed by the manufacturer may be used.
Subject to technical alterations!
Table 14

batteries
Battery under 5% capacity| LED1 fl ashes red| Change batteries
Rechargeable battery under40% capacity| LED2 fl ashes alternately red/green| Charge the battery
Rechargeable battery under 20% capacity| LED2 fl ashes red| Charge the battery

Technical data

CEE: max. fence line length Subject to technical alterations!

Fig. 1
Spare parts

Installation and connection

Subject to technical alterations!

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