A method for beam management, the method being performed by a network node, the method comprising: performing a beam management procedure for terminal devices (300a-300f) served by the network node, wherein performing the beam management procedure comprises: transmitting, during a first part of the beam management procedure, a reference signal so as to enable each of the terminal devices (300a-300f) participating in the beam management procedure to identify which beam in a first set of beams (140a, 140b, 140c), in which the reference signal is transmitted from the network node, is received with highest received power; transmitting, during a second part of the beam management procedure, the reference signal so as to enable each of the terminal devices (300a-300f) to identify which beam in a second set of beams (150a, 150b, 150c), in which the reference signal is received from the network node by the terminal devices (300a-300f), is received with highest received power; and transmitting, during a third part of the beam management procedure, the reference signal so as to enable each of the terminal devices (300a-300f) participating in the beam management procedure to identify which beam in a third set of beams (140b-a, 140b-b, 140b-c), in which the reference signal is transmitted from the network node, is received with highest received power. wherein there is one respective third set of beams (140b-a, 140b-b, 140b-c) for each respective beam in the first set of beams (140a, 140b, 140c), wherein the third part of the beam management procedure is performed for each respective third set of beams (140b-a, 140b-b, 140b-c), and wherein the second part is performed before the third part at least for one of the respective third set of beams (140b-a, 140b-b, 140b-c). performing a beam management procedure for terminal devices (300a-300f) served by the network node, wherein performing the beam management procedure comprises: transmitting, during a first part of the beam management procedure, a reference signal so as to enable each of the terminal devices (300a-300f) participating in the beam management procedure to identify which beam in a first set of beams (140a, 140b, 140c), in which the reference signal is transmitted from the network node, is received with highest received power; transmitting, during a second part of the beam management procedure, the reference signal so as to enable each of the terminal devices (300a-300f) to identify which beam in a second set of beams (150a, 150b, 150c), in which the reference signal is received from the network node by the terminal devices (300a-300f), is received with highest received power; and transmitting, during a third part of the beam management procedure, the reference signal so as to enable each of the terminal devices (300a-300f) participating in the beam management procedure to identify which beam in a third set of beams (140b-a, 140b-b, 140b-c), in which the reference signal is transmitted from the network node, is received with highest received power. transmitting, during a first part of the beam management procedure, a reference signal so as to enable each of the terminal devices (300a-300f) participating in the beam management procedure to identify which beam in a first set of beams (140a, 140b, 140c), in which the reference signal is transmitted from the network node, is received with highest received power; transmitting, during a second part of the beam management procedure, the reference signal so as to enable each of the terminal devices (300a-300f) to identify which beam in a second set of beams (150a, 150b, 150c), in which the reference signal is received from the network node by the terminal devices (300a-300f), is received with highest received power; and transmitting, during a third part of the beam management procedure, the reference signal so as to enable each of the terminal devices (300a-300f) participating in the beam management procedure to identify which beam in a third set of beams (140b-a, 140b-b, 140b-c), in which the reference signal is transmitted from the network node, is received with highest received power. wherein there is one respective third set of beams (140b-a, 140b-b, 140b-c) for each respective beam in the first set of beams (140a, 140b, 140c), wherein the third part of the beam management procedure is performed for each respective third set of beams (140b-a, 140b-b, 140b-c), and wherein the second part is performed before the third part at least for one of the respective third set of beams (140b-a, 140b-b, 140b-c).