Soft PVC hose with embedded steel wire reinforcement. Very flexible, strong, abrasion ressistant, smooth inside and outside.
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Soft PVC hose with embedded steel wire reinforcement. Very flexible, strong, abrasion ressistant, smooth inside and outside.
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Soft PVC hose with embedded steel wire reinforcement. Very flexible, strong, abrasion ressistant, smooth inside and outside.
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Used when the system has to be periodically tested. The capillary Tee piece is installed in the pipe run at the easily accessible position. It has a removable protection cap which fits over the nylon tubing when the system is being used normally. When testing is required simply remove the protective cap, test and replace once completed.
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Used when the system has to be periodically tested. The capillary Tee piece is installed in the pipe run at the easily accessible position. It has a removable protection cap which fits over the nylon tubing when the system is being used normally. When testing is required simply remove the protective cap, test and replace once completed.
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Used when the system has to be periodically tested. The capillary Tee piece is installed in the pipe run at the easily accessible position. It has a removable protection cap which fits over the nylon tubing when the system is being used normally. When testing is required simply remove the protective cap, test and replace once completed.
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Used when the system has to be periodically tested. The capillary tee piece is installed in the pipe run, and fitted with the necessary size of Sampling Point Adaptor. Sizes are available from 2-8mm in 0.5mm increases to enable the system to function normally. When the system has to be tested simply remove the Sampling Point Adaptor and test the system normally, replacing the jet when the test is complete.
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Used when the system has to be periodically tested. The capillary tee piece is installed in the pipe run, and fitted with the necessary size of Sampling Point Adaptor. Sizes are available from 2-8mm in 0.5mm increases to enable the system to function normally. When the system has to be tested simply remove the Sampling Point Adaptor and test the system normally, replacing the jet when the test is complete.
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Used to connect the aspirating pipe to 10mm OD flexible nylon tubing.
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Used to connect the aspirating pipe to 10mm OD flexible nylon tubing.
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Used to connect the aspirating pipe to 10mm OD flexible nylon tubing.
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Used when the system has to be periodically tested. Simply remove the protection cap. Test and replace.
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Used when the system has to be periodically tested. Simply remove the protection cap. Test and replace.
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The capillary end cap is used when it is necessary to sample air not only in the pipe run, but also at the end of the pipe run. It fits directly onto the end of the 27mm pipe. There is a 10mm hole in the end cap, which attaches normally to a 10mm OD nylon tube of a pre-determined length to which it is possible to attach either a discrete flush or a conical sampling head.
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The capillary end cap is used when it is necessary to sample air not only in the pipe run, but also at the end of the pipe run. It fits directly onto the end of the 25mm pipe. There is a 10mm hole in the end cap, which attaches normally to a 10mm OD nylon tube of a pre-determined length to which it is possible to attach either a discrete flush or a conical sampling head.
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The capillary end cap is used when it is necessary to sample air not only in the pipe run, but also at the end of the pipe run. It fits directly onto the end of the 25mm pipe. There is a 10mm hole in the end cap, which attaches normally to a 10mm OD nylon tube of a pre-determined length to which it is possible to attach either a discrete flush or a conical sampling head.
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This component is used when it is necessary to sample through a suspended ceiling. The capillary end cap fits onto the end of the pipe run. There is then a 2 meter 10mm OD nylon tube which links into the discrete head. The discrete cap is supplied with a solid head, which will necessitate a hole being drilled to the required size by the installer. The discrete end cap is held in place by a hole in the ceiling tile.
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This component is used when it is necessary to sample through a suspended ceiling. The capillary end cap fits onto the end of the pipe run. There is then a 2 meter 10mm OD nylon tube which links into the discrete head. The discrete cap is supplied with a solid head, which will necessitate a hole being drilled to the required size by the installer. The discrete end cap is held in place by a hole in the ceiling tile.
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This component is used when it is necessary to sample through a suspended ceiling. The capillary end cap fits onto the end of the pipe run. There is then a 2 meter 10mm OD nylon tube which links into the discrete head. The discrete cap is supplied with a solid head, which will necessitate a hole being drilled to the required size by the installer. The discrete end cap is held in place by a hole in the ceiling tile.
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This component is used when it is necessary to sample through a suspended ceiling. The capillary Tee piece fits onto the pipe run. There followed by a 2 meter 10mm OD nylon tube which links into the discrete head. The discrete cap is supplied with a solid head, which will necessitate a hole being drilled to the required size by the installer. The discrete end cap is held in place by a hole in the ceiling tile.
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This component is used when it is necessary to sample through a suspended ceiling. The capillary Tee piece fits onto the pipe run. There followed by a 2 meter 10mm OD nylon tube which links into the discrete head. The discrete cap is supplied with a solid head, which will necessitate a hole being drilled to the required size by the installer. The discrete end cap is held in place by a hole in the ceiling tile.
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This component is used when it is necessary to sample through a suspended ceiling. The capillary Tee piece fits onto the pipe run. There followed by a 2 meter 10mm OD nylon tube which links into the discrete head. The discrete cap is supplied with a solid head, which will necessitate a hole being drilled to the required size by the installer. The discrete end cap is held in place by a hole in the ceiling tile.
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Sold either as part of the flush sampling kit (ABS019F) or individually, it is used when sampling is required through a ceiling tile. It is the perfect solution when differing hole sizes are required in the same pipe run. The head features a standard 10mm central hole, into which can be inserted a choice of 8 jets with different sizes of sampling hole including: 2.0/2.5/3.0/3.5/4.0/4.5/5.0/5.5/6.0mm The required size jet is simply twisted off the strip and push fit into the head (no cement required)
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Sold either as part of a flush sampling kit (ABS019F) or individually, it is used to fix to a ceiling tile with the nut or washer (supplied) to sample air. the 10mm OD nylon tubing is a push fit to the top of the flush head which links it to the capillary T piece.
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This component is used when it is necessity to sample through a suspended ceiling. The capillary end cap fits onto the end of the pipe run. There is then a 2 meter 10mm OD nylon tube which links into the flush sampling head, which is fixed by a nylon nut/washer to the ceiling tile.
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This component is used when it is necessity to sample through a suspended ceiling. The capillary end cap fits onto the end of the pipe run. There is then a 2 meter 10mm OD nylon tube which links into the flush sampling head, which is fixed by a nylon nut/washer to the ceiling tile.
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Used when the aspirating pipework is above a suspended ceiling, the flush head is fixed to the ceiling tile with the supplied nut and linked to the pipework using a two meter length of 10mm OD tubing and a capillary T piece which links into the pipe.
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Used when the aspirating pipework is above a suspended ceiling, the flush head is fixed to the ceiling tile with the supplied nut and linked to the pipework using a two meter length of 10mm OD tubing and a capillary T piece which links into the pipe.
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This Component is used when sampling in a chilled or cold store Environment. The capillary end cap is fuxed to one end of the pipe run, followed by a 2 meters of capillary 10mm OD nylon tube which links to the conical sampling head which is specifically designed to operate in a chilled or cold stores. If ice were to form on the sampling head it forms on the beak, and does not cover the sampling hole allowing the system to continue to function normally.
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Sold either as part of a conical sampling kit (ABS019C) or individually, it is fixed to a ceiling tile or chill or frozen store ceiling with the nut or washer (supplied) to sample air. The conical shape is specifically designed to avoid ice or condensation from freezing over or covering the sampling hole. The 10mm OD tubing is a push fit to the top of the conical head, linking it to the capillary T piece.
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This Component is used when sampling in a chilled or cold store Environment. The capillary end cap is fuxed to one end of the pipe run, followed by a 2 meters of capillary 10mm OD nylon tube which links to the conical sampling head which is specifically designed to operate in a chilled or cold stores. If ice were to form on the sampling head it forms on the beak, and does not cover the sampling hole allowing the system to continue to function normally.
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This Component is used when sampling in a chilled or cold store Environment. The capillary end cap is fuxed to one end of the pipe run, followed by a 2 meters of capillary 10mm OD nylon tube which links to the conical sampling head which is specifically designed to operate in a chilled or cold stores. If ice were to form on the sampling head it forms on the beak, and does not cover the sampling hole allowing the system to continue to function normally.
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