this convex reflector 58 is indicated by the numeral 59 in fig2 in this way further light is directed at the well bore walls 36 which will reflect to a position in the field of view 56 of the camera to result in indirect lighting this reflector may also be formed of stainless steel or other suitable reflective substance the angle 59 of reflection is selected in one embodiment to be equal to the angle of the light source reflector 34 referring now to fig5 and 6 the camera housing 40 has at least two j shaped notches 60 one of which is shown in fig6 at its opening these notches engage corresponding pins 62 mounted to the camera frame 48 the housing 40 is first slid onto the pins 62 and then rotated to move the horizontal portion of the notch 60 to engage the pins 62 after the rotation the housing is then slid again to engage the termination portion 64 of each notch of the housing with the pins 62 the pin notch combination locks the housing 40 to the camera frame 48 a cap 66 threadably connected to the camera frame 48 is then rotated until the cap 66 contacts the camera housing 40 once the cap 66 is screwed into contact with the camera housing 40 the j latch is maintained in a locked position the o ring seals 46 mounted in channels formed into the camera frame 48 contact the inside of the camera housing 40 to seal the camera instrumentation from exposure to the harsh conditions within the well bore 28 the wires to be connected between the video camera 42 and the suspension members 20 may be coupled together by means of a connector located on a bulkhead.