The invention discloses an embedded-type magnetic suspension traffic rail system. The embedded-type magnetic suspension traffic rail system comprises a channel-type beam. Upper parts of webs at the left and right sides of the channel-type beam are provided with top plates which are used for enabling an upper opening of the channel-type beam to be surrounded as a semi-closed structure. The top plates are fixedly provided with a magnetic guide rail matched with a U-type electromagnet of a suspension frame system of a magnetic suspension vehicle and a motor induction plate matched with a linear motor of the suspension frame system of the magnetic suspension vehicle. The interior of the channel-type beam is further provided with a power supply system for supplying power to the magnetic suspension vehicle. The invention further provides the suspension frame system matched with the above rail system, the magnetic suspension vehicle comprising the above suspension frame system and a magneticsuspension system comprising the above rail system and the above magnetic suspension vehicle. The magnetic suspension system has the advantages of low cost, a small potential safety hazard, small noise and the like.