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G19 End Support 302x215

G19 End Support 302x215

Intermediate Spinner assembly to suit Pipe Strap As G19 Specification…

Model
End302x215
G19 End Support 476x350

G19 End Support 476x350

Spinner assembly to suit NB80 - NB300 Pipe Strap As G19 Specification…

Model
476350END
G19 inter Support 133x215

G19 inter Support 133x215

Spinner assembly to suit Pipe Strap As G19 Specification…

Model
inter133x215
G19 Inter Support 200 215

G19 Inter Support 200 215

Intermediate Spinner assembly to suit NB80 - NB300 Pipe Strap As G19 Specification…

Model
200215INTER
G19 inter Support 302x215

G19 inter Support 302x215

Spinner assembly to suit Pipe Strap As G19 Specification…

Model
inter302x215
G19 Inter Support 476x350

G19 Inter Support 476x350
Intermediate Spinner assembly to suit NB80 - NB300 Pipe Strap As G19 Specification...see more

Intermediate Spinner assembly to suit NB80 - NB300 Pipe Strap As G19 Specification…

Model
476350INTER
G19 Intermediate Boss

G19 Intermediate Boss
G19 Inter Boss includes fitted Oilite Bearing Oilite Bearing Code No. AI162024 I/D to suit 1" Dia. S.S. Tube 1 Pipe Clamp Spinner Assembly 1 1" O/D x 0.081 w/t. St. Steel Tube...see more

  G19 Intermediate Boss includes fitted Oilite Bearing Oilite Bearing Code No. AI162024  I/D to suit 1" Dia. S.S. Tube  1 Pipe Clamp Spinner Assembly 1 1" O/D x 0.081 w/t. St. Steel Tube   …

Model
G19IB
Galvanising

Galvanising

Galvanising per kilo…

Model
gavl01
Gate Loop Kit - Hinged Gates GDGLK-A

Gate Loop Kit - Hinged Gates GDGLK-A
Most sites have gates of one form or another which interrupt the sensor zone and as such need to be protected. The gap between fence and gate is bridged using a GDGLK-A/B Gate Loop Kit for swing gates or a GDGLK-C for sliding gates....see more

Gate Loop Kit for Hinged Gates Most sites have gates of one form or another which interrupt the sensor zone and as such need to be protected. The gap between fence and gate is bridged using a GDGLK-A/B Gate Loop Kit for swing gates or a GDGLK-C for sliding gates. The kits comprise of two of the boxes as shown in Figure 5 connected by a prewired flexible coiled cable which carries the sensor signal to and from the gate. This non sensitive cable is designed to withstand the flexing caused by the gate opening and closing. The box is fitted with two glands, the use of which is dependent on the gate type and the positioning of the box. Refer to the sensor installation manual QA189 for further details. 1. Terminate the ends of the sensor as described in Section 2. 2. Loosen the glands on the boxes and pass the terminated end into the box so sufficient length is available on the tails to be wired into the terminal blocks. Ensure that the sensor is passed through the correct gland to correspond to the position of the terminal block, i.e. through the left gland to connect to the left terminal block at the left hand side of the gate and vice versa at the right hand side. Tighten the glands by hand ensuring the rubber sealing ring grips the sensor jacket and not the HDPE tubes. 3. Position the boxes just above the line of the sensor to allow rain water to run away from the glands and fix to the fence using the mounting kit provided. The mounting bar is located across the diagonals of the box and is fixed in place by dropping the screws provided into the large holes at the corner of the box and screwing these into the mounting bar placed on the other side of the fence. If fixing the box to a wall or other solid surface the mounting bar can be dispensed with and the box fitted directly to the Pre-wired by Geoquip GDALPHA sensor from analyser GQFC-9 dead cable to other side of gate Pre-wired cable to box on gate GDGLK GATE LOOP KITS 8 surface with appropriate fixings. 4. Connect the sensor tails to the terminal blocks on the PCB. 5. Replace the box lids, taking care not to over tighten the lid screws and verify that the tamper switch in each box operates by listening for the click of the switch action as the lid is screwed down. In order to attain a weatherproof seal the lid must be replaced with the correct orientation, i.e. with the chamfered edges vertical.…

Model
GDGLK-A/B/C
GQCOMBO ACCESSORY BOX

GQCOMBO ACCESSORY BOX
GQCOMBO ACCESSORY BOX Terminates the ends of a suitable length of sensor as described Replace the blanking plug with the appropriate plastic PG9 gland which comes with the GQCOMBO....see more

GQCOMBO ACCESSORY BOX 5 Figure 4 Terminate the ends of a suitable length of sensor as described in Section 2. 1. Replace the blanking plug with the appropriate plastic PG9 gland which comes with the GQCOMBO. Remove all the links fitted to the PCB. 2. Loosen the glands on the junction boxes and pass the terminated end into the box so sufficient length is available on the tails to be wired into the terminal blocks. Ensure that the sensor is passed through the correct gland to correspond to the position of the terminal block, i.e. through the left gland to connect to the left terminal block at the right hand end of the cable and vice versa at the left end. Tighten the glands by hand so that the rubber sealing ring grips the sensor jacket and not the HDPE tubes. 3. Connect the sensor tails to the terminal blocks on the PCB. Figure 4 shows sensor wired to the left hand terminal block of the GQCOMBO box. 4. Cut off the damaged section of sensor from the fence and terminate the ends of the remaining sensor in the same manner as above. To ensure that no moisture enters the open ends, this step should only be carried out immediately prior to fixing the new section. 5. Position the boxes just above the line of the sensor to allow rain water to run away from the glands and fix to the protected surface using the mounting kit provided. The mounting bar is located across the diagonals of the box and is fixed in place by dropping the screws provided into the large holes at the corner of the box and screwing these into the mounting bar placed on the other side of the fence. If fixing the box to a wall or other solid surface the mounting bar can be dispensed with and the box fitted directly to the surface with appropriate fixings. Ensure that the new section of sensor is at the same height and tension the original. GQCOMBO ACCESSORY BOX 6 6. Connect the tails of the existing sensor to the junction box terminal blocks on the PCB. 7. Replace the box lids, taking care not to over tighten the lid screws and verify that the tamper switch in each box operates by listening for the click of the switch action as the lid is screwed down. In order to attain a weatherproof seal the lid must be replaced with the correct orientation. 8. Retest the entire zone to ensure that the sensor detects simulated impact and sustained attacks. …

Model
ACOU03
Individual Safe Edge Vanes

Individual Safe Edge Vanes

Individual VANDGARD® SAFE EDGE 
Vandgard Safe Edge is new... a non- injurious Access Deterrent Measure or ADM. (Patent Pending) Manufactured only by Anti Climb Guards Ltd. SAFE EDGE is an advanced version of the standard Vandgard product enabling its use at low level and in public places. The individual rotating vanes have engineered uniform edges 1.7mm wide in a sandpaper texture. The edge is suitably uncomfortable to touch but not sharp or dangerous. Designed for use at low level and compliant with HSE requirements for use on Bridges and Exposed Pipes. It is ideal for Preventing access along walls pipes and bridges or for protecting low culverts , gates, and all types of fence, rooftops, windows and alleyways.   Finish:
Standard aluminium bare metal finish.   Note: Vanes are also available Polyester Powder Coated with a decorative finish.
Polyester powder coating is in accordance with BS 6496:1984 for application to aluminium alloy extrusion.    …

Model
V650SE
Individual shaft/spindle x 1metres

Individual shaft/spindle x 1metres

Stocked in Standard finish aluminium. Individual shaft/spindle lengths are one of the building components for Vandgard Rotating Anti Climb Guard. These Shafts are 1metre long. This product is usually supplied as a replacement or to make up or infill small sections of Barrier.  
Vandgard is ideal for protecting walls, gates, and all types of fence, rooftops, windows and alleyways. In fact all situations where serious vandalism or theft is likely and particularly where Public Liability legislation applies. Examples include commercial and industrial sites, schools, vehicle parking areas, domestic, sports and leisure areas. This Anti-climb guard will eliminate any stable platform or foothold that an opportunist might otherwise use to scale a wall.   Corrosion free   In Stock   Next Day Delivery         Description:
Individual shaft length 26dia x1000 usually used with a joining spigot (Part number SPIGBAC01)   Pack Includes:
Spindle:
Extruded round tube BS6082   Fixing:
Vanes are threaded alternately onto the spindle which is crimped at the end with a hammer to secure the vanes. Vandgard must be supported at 2 metre intervals.

  Finish:
Standard aluminium natural self colour…

Model
TUO25-10/SAS
Individual shaft/spindle x 2metres

Individual shaft/spindle x 2metres

Stocked in Standard finish aluminium. Individual shaft/spindle lengths are one of the building components for Vandgard Rotating Anti Climb Guard. Shafts are 2metres long. This product is usually supplied as a replacement or to make up or infill small sections of Barrier.  
Vandgard is ideal for protecting walls, gates, and all types of fence, rooftops, windows and alleyways. In fact all situations where serious vandalism or theft is likely and particularly where Public Liability legislation applies. Examples include commercial and industrial sites, schools, vehicle parking areas, domestic, sports and leisure areas. This Anti climb guard will eliminate any stable platform or foothold that an opportunist might otherwise use to scale a wall.   Corrosion free   In Stock   Next Day Delivery         Description:
Individual shaft length 26dia x2000 usually used with a joining spigot (Part number SPIGBAC01)   Pack Includes:
Spindle:
Extruded round tube BS6082   Fixing:
Vanes are threaded alternately onto the spindle which is crimped at the end with a hammer to secure the vanes. Vandgard must be supported at 2 metre intervals.

    Finish:
Standard aluminium natural self colour…

Model
TUO25 15/SAS
Individual standard vanes

Individual standard vanes

Individual vanes are the building components for Vandgard Rotating Anti Climb Guard. 2 of these individual vanes interlock to form a rotating pair.  This product is usually supplied to make up or infill small sections of Barrier.

Colour coated Vandgard is visually softer than the standard version but no less effective. It is ideal for protecting walls, gates, and all types of fence, rooftops, windows and alleyways. In fact all situations where serious vandalism or theft is likely and particularly where Public Liability legislation applies. Examples include commercial and industrial sites, schools, vehicle parking areas, domestic, sports and leisure areas. This Anti-climb guard will eliminate any stable platform or foothold that an opportunist might otherwise use to scale a wall.   Popular in schools and conservation areas   Simple to assemble   Corrosion free   Approved by planners   Strong and effective without intent to harm   Complies with Health and Safety and Legal Liability   Green and Black in Stock! Any other colour possible: POA   Next Day Delivery       Description:
A freely rotating anti-scaling security obstacle designed to effectively roll away aggression and crime without intent to harm.   Includes:

1 individual vane ( Forms half of an interlocking pair in the illustration )
    Fixing:
Vanes are threaded alternately onto a 26mm spindle which is crimped at the end with a hammer to secure the vanes. Vandgard must be supported at 2 metre intervals.

    Finish:
Standard aluminium bare metal finish.   Note: Vanes are also available Polyester Powder Coated with a decorative finish.
Polyester powder coating is in accordance with BS 6496:1984 for application to aluminium alloy extrusion.    …

Model
V650
Inter Bracket

Inter Bracket

  Inter Bracket for Rota 7.55 264.25 Spike Above RSJ Post (J4/04117/1) Galvanized (Palisade Inter)…

Model
Inter Bracket)
Junction Box GDELT-1

Junction Box GDELT-1

Junction Box GDELT-1•  End of zone termination
• Weatherproof box sealed to IP66
• Easy termination
• Integral tamper switch
The GDELT provides a quick and easy method of terminating each zone of
sensor and provides access for service and ongoing maintenance of the
installation.
Sensor connections are made via terminal blocks mounted on a PCB contained
within the box which permits easy access for disconnection, testing and fault
finding if necessary. The box is sealed to IP66 rating and includes an integral
tamper switch operating in conjunction with the sensor monitoring circuitry,
therefore no additional tamper loop needs to be provided.
The kit contains all components necessary to enable the installation engineer to
install the unit on a fence or wall.…

Model
ACOU04
Junction Box GDJB-1

Junction Box GDJB-1

Junction Box GDJB-1…

Model
ACOU04
Key Operated by-pass GDGBS

Key Operated by-pass GDGBS
The GDGBS Gate Bypass Switches provide the facility to disable the sensor in the area of a gate to allow the gate to be operated without generating an alarm....see more

The GDGBS Gate Bypass Switches provide the facility to disable the sensor in the area of a gate to allow the gate to be operated without generating an alarm. They are available in two versions, either the GDGBS-A/C which is a locally key operated switch or the GDGBS-B/D which is remote relay operated switch powered by 12V dc signal. Refer to the sensor installation manual QA189 for further details. 1. Terminate the ends of the sensor as described in Section 2. 2. Loosen the glands on the box and pass the sensor and feeder cable ends into the box so sufficient length is available on the tails to be wired into the terminal blocks. Refer to Figures 6 and 7 to determine which terminals, i.e. the small rectangles on the PCBs when the cables end, require to be configured with either Alpha Sensor or GQFC-9 dead cable. Figure 7 shows the Gate Bypass Switch on a single leaf or sliding gate and Figure 8 shows it on a double leaf or sliding gate. In both figures the Sensor is the thick solid line and the feeder cable is the thick chain dotted line. Tighten the glands by hand so that the rubber sealing ring grips the outer jacket and not the tails. 3. Position the boxes just above the line of the sensor to allow rain water to run away from the glands and fix to the fence using the mounting kit GDGBS GATE BYPASS SWITCHES 10 Figure 7 provided. The mounting bar is located across the diagonals of the box and is fixed in place by dropping the screws provided into the large holes at the corner of the box and screwing these into the mounting bar placed on the other side of the fence. If fixing the box to a wall or other solid surface the mounting bar can be dispensed with and the box fitted directly to the surface with appropriate fixings. 4. Connect the sensor tails to the terminal blocks on the PCB. 5. Replace the box lids, taking care not to over tighten the lid screws and verify that the tamper switch in each box operates by listening for the click of the switch action as the lid is screwed down. In order to attain a weatherproof seal the lid must be replaced with the correct orientation, i.e. with the chamfered edges vertical. …

Model
GDGBS-A
Large Pipe Clamps and Support 624x350

Large Pipe Clamps and Support 624x350

Intermediate Spinner assembly to suit NB80 - NB300 Pipe Strap As G19 Specification…

Model
624x350INTER
M8  Permacone shear nuts

M8 Permacone shear nuts

Model
FIX02
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