Description
The model RLS-5000 bilge float switch is used for the monitoring of limit levels in shipbuilding (e.g. in bilge water tanks) and industrial applications.
The robust stainless steel case and the durable marine cable outlet protect the float system even under high mechanical loading, e.g. due to flotsam such as sticks and pieces of wood.
Inside the stainless steel case, a permanent magnet built into the float triggers, with its magnetic field, the potential-free reed contact built into the pipe.
Features- Robust stainless steel case to protect against mechanical damage.
- Durable and resistant marine cable.
- With manual test device (optional).
Specifications
Specifications
Measuring Principle
- Potential-free switching reed contact is triggered by a magnet in the float.
Switching Output
- Alternatively Normally Open (NO), Normally Closed (NC) or change-over (SPDT) Contact - on rising level
Switch Position
- see “Dimensions in mm (In)”
Switching Power
- Change-over Contact: AC 230 V, 40 VA, 1 A, DC 230 V, 20 W, 0.5 A
- Normally Open, Normally Closed: AC 230 V, 100 VA, 1 A, DC 230 V, 50 W, 0.5 A
Test Device
- For manual triggering of the float/switch Contact (Optional)
Accuracy
- ± 3 mm switch point accuracy including hysteresis, Non-Repeatability
Electrical Connection
- Cable length freely definable in in m/ft
- Cable outlet, IP68 (8 m / 26,2 ft)
Protection Class
- IP68
Mounting Position
- Vertical ± 30°
Process Connection
- Hole centre Spacing = 34 mm (1,3 in)
- D = 7.0 mm (0,3 in)
- Surface Mounting lug with 2 drilled holes
Case Material
- Stainless Steel 316Ti
Cable Material
- Marine cable, sheath material Polyolefin
Permissible Temperatures
- Storage: -40° to +80° C (-40° to +176° F
- Ambient: -40° to +80° C (-40° to +176° F)
- Medium: -40° to +80° C (-40° to +176° F)
Process Pressure
- Maximum 16 bar (232 psi)
Medium Density
- ≥ 750 kg/m³ (46,8 lbs/ft³
Certifications & Approvals
- CE
- SR 6
- DNV GL
- Lloyd
- RoHS
- LVD
Applications
Applications
- Shipbuilding
- Bilge Water Management
- Applications with Strong Mechanical Loading
- Contaminated Media