SWEBAD VÄSTERVIK Bathtubs: Installation Guide and Technical Data

VÄSTERVIK 150

Dimensions and Volume

Width: 149 cm, Depth: 100 cm, Height: 63 cm. Volume: 230 L.

Diagrams

Layout Diagram: A top-down view of the bathtub shape, indicating overall dimensions (149 cm length, 100 cm width, 63 cm height). Key connection points are marked with numbers 1, 2, and 3. Water inlet is specified as G 1/2, and the sewage opening diameter is 50 mm.

Connection Diagram: An isometric view illustrating the placement of water and waste connections. It shows the cold and hot water inlet (G 1/2) and the sewage outlet (D = 50 mm).

Specifications

Note: Heater is included in some systems.

VÄSTERVIK 160

Dimensions and Volume

Width: 160 cm, Depth: 100 cm, Height: 67 cm. Volume: 300 L.

Diagrams

Layout Diagram: A top-down view of the bathtub shape, indicating overall dimensions (160 cm length, 100 cm width, 67 cm height). Key connection points are marked with numbers 1, 2, and 3. Water inlet is specified as G 1/2, and the sewage opening diameter is 50 mm.

Connection Diagram: An isometric view illustrating the placement of water and waste connections. It shows the cold and hot water inlet (G 1/2) and the sewage outlet (D = 50 mm).

Specifications

Note: Heater is included in some systems.

VÄSTERVIK 170

Dimensions and Volume

Width: 169 cm, Depth: 118 cm, Height: 69 cm. Volume: 335 L.

Diagrams

Layout Diagram: A top-down view of the bathtub shape, indicating overall dimensions (169 cm length, 118 cm width, 69 cm height). Key connection points are marked with numbers 1, 2, and 3. Water inlet is specified as G 1/2, and the sewage opening diameter is 50 mm.

Connection Diagram: An isometric view illustrating the placement of water and waste connections. It shows the cold and hot water inlet (G 1/2) and the sewage outlet (D = 50 mm).

Specifications

Note: Heater is included in some systems.

Electrical Specifications and Installation

All electrical connections related to the installation of the product must be executed by a certified professional electrician. At connecting, all local regulations must be observed as well as permissible load on one phase. To achieve local auxiliary equipotential bonding, make sure you connect all conductive objects in the same room with the earthing terminal of the product's aluminium frame. The cross-section of the copper earth continuity connector must be a minimum of 2.5 sq mm. The power circuit of the product must be protected with a residual current circuit breaker with 30mA threshold and a circuit breaker the operating current of which is levelled with the consumed current of the product. The product is connected to the electrical power line as a stationary device, with no plug connector. The length of the power line should allow moving the product away from walls if necessary. Options for connecting to the power network according to local opportunities are given in the diagrams below.

Connection Diagrams

Diagram 1: Illustrates a basic electrical connection from a switchboard to a junction box. It shows a single-phase power supply with Live (L), Neutral (N), and Protective Earth (PE) conductors, connected via a 3x2.5mm² cable to the junction box.

Diagram 2: Depicts an electrical connection from a switchboard to a junction box, suitable for systems with a heater. It shows Live (L), Neutral (N), and Protective Earth (PE) conductors, connected via a 1x2.5mm² cable and a 3x4.0mm² cable to the junction box.

Diagram 3: Shows an electrical connection from a switchboard to a junction box, also for systems with a heater. It uses a two-phase (L1, L2) and Neutral (N) plus Protective Earth (PE) supply, connected via a 5x2.5mm² cable to the junction box.

Legend

The diagram legend identifies: 1. Power network (230V, 50 Hz), 2. Circuit-breaker, 3. Residual current circuit breaker, 4. Bath terminals.

Document Version: V. 2021-12