All electrical work to be carried out by a qualified electrician using suitable materials for the application. • Do not open the Tricel Pumping Chamber’s cover without firstly isolating the mains power. • Electrical work must be carried out strictly to the manufacturer’s instructions and to the relevant national rules for electrical installations.
Tricel pumping chambers are suitable for domestic and light commercial applications and used where gravity drainage is not possible. The Tricel Pumping Chamber comes with a Tricel 75 pump as standard for treated effluent and a GRI11 for raw sewage. The GRI 11 pump is also available if greater distances or a higher head is required.
3.3 Dual Pump Systems Tricel Pumping chambers may be supplied with a backup pump in case of pump failure. In this case the two pumps would alternate by means of a flip flop control panel to prolong the lifespan of the pumps. These...
4 Transportation & Lifting • Tanks must be held down during transportation using nylon straps, do not use cables or chains to secure tanks. Do not over tighten straps that can result in deformation of the tank shell. Do not drop or roll tanks from the truck. •...
Minimum length of sling 5 Installation 5.1 Installation Planning Important Prior to the installation of the Tricel Pumping Chamber, it is important to carefully read these installation instructions. • When planning the installation of a Tricel Pumping Chamber, the following must be considered: Backfill Considerations: Is this a dry or wet site i.e.
Once the tank has been installed, Tricel cannot accept any claims for damage. 5.3 Positioning and precautions • The Tricel Pumping Chamber must be situated a minimum of 7m from the dwelling and should be as far away as practically possible considering topography and pipe work levels. •...
Excavation (Dry & Wet Sites) 5.5.1.1 Excavation: Length & Width Length and width of the excavation must exceed the dimensions of the Tricel Pumping Chamber by at least 500mm to maintain a minimum space of 250mm all around the tank. Tank Length Tank Width Min.
5.5.1.2 Excavation: Depth The excavation depth is determined by the inlet and outlet pipes, invert levels relative to the bottom of the tank, and allowing for the minimum base thickness. Dimension details of the tank are shown on the relevant drawing, see Section 3.2. Ground instability e.g. running sand may necessitate over-excavation and stabilization with hard core or blinding concrete.
The plant must sit level on the plinth. base/plinth: Connect and seal the pipe work to the tank. Ballast the plant by filling each chamber with clean water to a depth of 300mm and recheck the pipe work levels. Commence backfilling with gravel in Commence backfilling evenly in layers of layers of 225mm evenly around the tank 225mm around the tank, ensuring that there...
Crushed or processed stone • Minimum particle size 3 mm, maximum 12 mm, compacted to a relative density of >40% • Dry Gravel density must be at least 1500 kg/m3. Material should be washed or screened to remove fine particles. •...
Clean native top soil shall not contain rocks larger than 36mm on largest dimension. 5.9 Risers In the event that a Tricel Pumping Chamber requires a deeper than standard installation to align with the wastewater outlet pipe from the dwelling, manhole risers are available for deeper installations to...
5.10.1 Alternative to Concrete Backfill (For Wet Sites Without Risers Only) • The option of securing the Tricel Pumping Chamber to a reinforced concrete slab or Deadman anchor by way of straps may also be used, as shown below: •...
5.10.3 Proximity to rolling & static loads Minimum separation distances from: • Rolling Loads (e.g. vehicle traffic): 4 metres • Static Loads (e.g. dwelling house, shed): 3 metres If the tank is installed in an area where traffic or other superimposed loadings can be applied, consult a structural engineer for the design of a reinforced concrete slab to prevent the load being transmitted to the tank (or its concrete surround).
5.11.1 Wiring Procedure: • Wire the float into the alarm panel. • First crimp the brown and black cores. • Put the brown into the second live terminal and the black into terminal L See Figures below:...
The Tricel Pumping Chamber with a Tricel 75 pump and Domo GRI 11 pump will have a 1 ½ Inch outlet (Philmac compression fitting). The inlet to the pumping chamber will be a 4-inch pipe socket. A 4-inch sewer pipe is plumbed from the house to the tank with a fall to the tank so sewerage will flow into the pumping chamber.
6.1 Tricel 75 Tricel 75 is the basic pump which is used to pump wastewater over a short distance with a low head. The Tricel 75 is capable of handling solids of up to 35mm in diameter. To operate correctly, make sure the On/Off float of the pump can move freely and that it is not snagging against the divider or the side of a tank.
6.2 Domo GRI 11 The Domo GRI 11 is able to macerate all the solids present in the sewerage into small pieces. To operate correctly, make sure the on/off float of the pump can move freely and that it is not snagging against the divider or the side of a tank.
If the alarm is activated, the home owner should contact Tricel to send out a technician with a replacement pump. To operate correctly, make sure the float can move freely and that it is not snagging against the side of a tank.
Once the Tricel Pumping Chamber is installed and operational, it is important that it’s commissioned by our service team or a Tricel Pumping Chamber distributor to ensure it is working effectively. A commissioning certificate will then be issued to the customer.
8 Disposal of Treated Water The water discharged from Tricel Pumping Chamber should be disposed of as per guidelines from the planning regulations issued by your local authority. 9 Maintenance Warning Any maintenance carried out inside the tank represents a confined space. Therefore, the maintenance person must be suitably trained to work in confined spaces.
Replace the de-sludging access covers/cap securely. 10 Operating Conditions Warning Tricel shall not be liable for any damage or loss, including consequential loss, caused by the failure of any plumbing equipment or failure caused by the inclusion of prohibited material, in the pumping chamber.
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Service personnel must be provided with clear access to the Tricel Pumping Chamber. • If others size the Tricel Pumping Chamber, Tricel will supply to these specifications. In this case, the responsibility lies with others in relation to the maximum flow/litres per day, the Tricel Pumping Chamber capacity and retention times.
11 Troubleshooting Properly installed, operated and maintained pumping chambers will give many years of trouble free service. All pumping chambers are fitted with an alarm, which will alert of irregularities in the pumping chamber. If a pump stops working a buzzer will sound to indicate there is a problem with the pumping chamber. The buzzer can be muted until the problem is fixed.
Note: In applications in which a lot of grease/fat could enter the pumping chamber, a grease trap should be installed. 11.2 Odours Symptom Possible causes Solution Pipe connections to toilets / Check that the traps / U - bends in the drains are drains not connected fitted and the joints sealed &...
12 Terms & Conditions Subject to our standard terms and conditions, which are available on request. In accordance with our normal policy of product development, this specification is subject to change without notice. (November 2019)
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Tricel Environmental UK, A trading brand of Dewey Waters Ltd Heritage Works, Winterstoke Road, Weston-super-Mare, BS24 9AN, United Kingdom Tel: 44 (0) 1934 422 311 I Email: environment@tricel.co.uk www.tricel.co.uk In accordance with Tricel normal policy product development these specifications are subject to change without notice.
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