An accessory module (200, 200') for an electrical switching apparatus, said accessory module (200, 200') comprising: an enclosure (151,151') including a first end (152, 152'), a second end (154,154') disposed opposite and distal from the first end (152, 152'), a first aperture, and a second aperture; an accessory (150, 150') housed by said enclosure (151, 151'); a number of electrical conductors (158, 158') extending through said first aperture; an actuator (159, 159') extending through said second aperture; and an electrical conductor mount (400, 400') comprising: a mounting element disposed on said enclosure (151, 151') and being proximate said number of electrical conductors (158, 158') extending therethrough, said mounting element including a receiving portion receiving said number of electrical conductors (158, 158'), and a retaining portion retaining said number of electrical conductors (158, 158') within said receiving portion, characterized in that said mounting element is deflectable among a first position corresponding to said retaining portion being disposed at or about said enclosure (151,151'), and a second position corresponding to said retaining portion being deflected away from said enclosure (151,151') in order to receive said number of electrical conductors (158,158') within said opening of said receiving portion; and when said number of electrical conductors (158,158') is disposed within said receiving portion, said mounting element biases said number of electrical conductors (158,158') toward said enclosure (151,151') in order to maintain said number of electrical conductors (158,158') in a desired position, which does not interfere with operation of said actuator. an enclosure (151,151') including a first end (152, 152'), a second end (154,154') disposed opposite and distal from the first end (152, 152'), a first aperture, and a second aperture; an accessory (150, 150') housed by said enclosure (151, 151'); a number of electrical conductors (158, 158') extending through said first aperture; an actuator (159, 159') extending through said second aperture; and an electrical conductor mount (400, 400') comprising: a mounting element disposed on said enclosure (151, 151') and being proximate said number of electrical conductors (158, 158') extending therethrough, said mounting element including a receiving portion receiving said number of electrical conductors (158, 158'), and a retaining portion retaining said number of electrical conductors (158, 158') within said receiving portion, characterized in that said mounting element is deflectable among a first position corresponding to said retaining portion being disposed at or about said enclosure (151,151'), and a second position corresponding to said retaining portion being deflected away from said enclosure (151,151') in order to receive said number of electrical conductors (158,158') within said opening of said receiving portion; and when said number of electrical conductors (158,158') is disposed within said receiving portion, said mounting element biases said number of electrical conductors (158,158') toward said enclosure (151,151') in order to maintain said number of electrical conductors (158,158') in a desired position, which does not interfere with operation of said actuator. a mounting element disposed on said enclosure (151, 151') and being proximate said number of electrical conductors (158, 158') extending therethrough, said mounting element including a receiving portion receiving said number of electrical conductors (158, 158'), and a retaining portion retaining said number of electrical conductors (158, 158') within said receiving portion, characterized in that said mounting element is deflectable among a first position corresponding to said retaining portion being disposed at or about said enclosure (151,151'), and a second position corresponding to said retaining portion being deflected away from said enclosure (151,151') in order to receive said number of electrical conductors (158,158') within said opening of said receiving portion; and when said number of electrical conductors (158,158') is disposed within said receiving portion, said mounting element biases said number of electrical conductors (158,158') toward said enclosure (151,151') in order to maintain said number of electrical conductors (158,158') in a desired position, which does not interfere with operation of said actuator.