A filter arrangement (100; 200), comprising: • an inlet (104; 204) and an outlet (105; 205); • a first filter chamber (103; 203) located between the inlet (104; 204) and the outlet (105; 205), and in which a first filter element is insertable; • a first valve (106; 206) located between the inlet (104; 204) and the first filter chamber (103; 203), the first valve (106; 206) being moveable between a closed position in which fluid flow from the inlet (104; 204) to the first filter chamber (103; 203) is blocked and an open position providing a fluid connection between the inlet (104; 204) and the first filter chamber (103; 203), and • a valve control member (109; 209) comprising an inlet port (109a; 209a), an outlet port (109b; 209b), a first control port (109c; 209c) and a second control port (109d; 209d), the valve control member (109; 209) being positionable in a first position providing a fluid connection between the inlet port (109a; 209a) and the first control port (109c; 209c), and between the outlet port (109b; 209b) and the second control port (109d; 209d), and in a second position providing a fluid connection between the inlet port (109a; 209a) and the second control port (109d; 209d), and between the outlet port (109b; 209b) and the first control port (109c; 209c); • a control fluid inlet line (104c; 204c) providing a fluid connection between the inlet (104; 204) and the inlet port (109a; 209a) of the valve-control member (109; 209); • a control fluid outlet line (113; 213a) providing a fluid connection between the outlet port (109b; 209b) and a low pressure reservoir (113; 213) for fluid, and • a first fluid control line (111; 211) providing a fluid connection between the first control port (109c; 209c) and a control side (110; 210) of the first valve (106; 206), and wherein the filter arrangement further comprises a first fluid line (118; 218) provided between an outlet (116; 216) of the first filter chamber (103; 203) and the second control port (109d; 209d) of the valve control member (109; 209), providing a fluid connection there between. • an inlet (104; 204) and an outlet (105; 205); • a first filter chamber (103; 203) located between the inlet (104; 204) and the outlet (105; 205), and in which a first filter element is insertable; • a first valve (106; 206) located between the inlet (104; 204) and the first filter chamber (103; 203), the first valve (106; 206) being moveable between a closed position in which fluid flow from the inlet (104; 204) to the first filter chamber (103; 203) is blocked and an open position providing a fluid connection between the inlet (104; 204) and the first filter chamber (103; 203), and • a valve control member (109; 209) comprising an inlet port (109a; 209a), an outlet port (109b; 209b), a first control port (109c; 209c) and a second control port (109d; 209d), the valve control member (109; 209) being positionable in a first position providing a fluid connection between the inlet port (109a; 209a) and the first control port (109c; 209c), and between the outlet port (109b; 209b) and the second control port (109d; 209d), and in a second position providing a fluid connection between the inlet port (109a; 209a) and the second control port (109d; 209d), and between the outlet port (109b; 209b) and the first control port (109c; 209c); • a control fluid inlet line (104c; 204c) providing a fluid connection between the inlet (104; 204) and the inlet port (109a; 209a) of the valve-control member (109; 209); • a control fluid outlet line (113; 213a) providing a fluid connection between the outlet port (109b; 209b) and a low pressure reservoir (113; 213) for fluid, and • a first fluid control line (111; 211) providing a fluid connection between the first control port (109c; 209c) and a control side (110; 210) of the first valve (106; 206), and