A vacuum anchor for securing a fall protection system to a surface has a gas inlet to receive pressurized gas from a gas container and generates a vacuum to secure the anchor to a surface. An attachment enables a fall protection system to be connected to the anchor, the attachment being rotatably mo
A vacuum anchor for securing a fall protection system to a surface has a gas inlet to receive pressurized gas from a gas container and generates a vacuum to secure the anchor to a surface. An attachment enables a fall protection system to be connected to the anchor, the attachment being rotatably mounted to the anchor. A container mounting device is provided for mounting the gas container to the anchor in connection with the gas inlet, the container mounting means being rotatable with the rotatable. Alternatively or additionally, the gas inlet is coaxial with the axis of rotation of the attachment means.
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1. A vacuum anchor for securing a fall protection system to a surface, the anchor comprising: an anchor body having a gas inlet configured to receive pressurised gas, and to generate a vacuum to secure the body to a surface, wherein the anchor body further comprises an outlet port;a connection point
1. A vacuum anchor for securing a fall protection system to a surface, the anchor comprising: an anchor body having a gas inlet configured to receive pressurised gas, and to generate a vacuum to secure the body to a surface, wherein the anchor body further comprises an outlet port;a connection point for connecting a fall protection system to the anchor body;a mounting plate for mounting a pressurised gas container having a container outlet port to the anchor body; andwherein an outlet valve connector connects the container outlet port to the outlet port by a supply tube. 2. The vacuum anchor of claim 1, wherein a distal connection of the container outlet port connects to the gas inlet. 3. The vacuum anchor of claim 2, wherein the distal connection between the container outlet port and the gas inlet comprises a push-fit connection and further wherein the gas inlet and container outlet port form a gas tight and rotatable connection at the push-fit connection. 4. The vacuum anchor of claim 3, wherein the mounting plate is positioned on the upper surface of the connection point. 5. The vacuum anchor of claim 1, wherein the outlet port comprises a clamp section configured to secure the outlet port to the gas container. 6. The vacuum anchor of claim 1, wherein the gas container further includes a connection lug, and wherein the connection lug projects downward. 7. The vacuum anchor of claim 6, wherein the connection lug is attached to a locking aperture on the mounting plate. 8. The vacuum anchor of claim 7, wherein the connection lug is removable from the locking aperture by depressing a release button on the gas container. 9. A vacuum anchor for securing a fall protection system to a surface, the anchor comprising: an anchor body having a gas inlet, the anchor body configured to generate a vacuum to secure the body to a surface;a pressurized gas container having a container outlet port;a mounting plate for mounting the pressurized gas container to the anchor body; anda connection point for connecting a fall protection system to the anchor body,wherein an outlet valve connector connects the container outlet port to the gas inlet by a supply tube. 10. The vacuum anchor of claim 9, wherein a distal connection of the container outlet port connects the supply tube to the gas inlet. 11. The vacuum anchor of claim 10, wherein the distal connection is a rigid cylindrical member extending downwardly from the pressurized gas container in a direction perpendicular to a longitudinal axis of the pressurized gas container. 12. The vacuum anchor of claim 9, wherein the pressurized gas container is at least partially supported on the anchor body by a distal connection of the container outlet port. 13. The vacuum anchor of claim 10, wherein the distal connection between the container outlet port and the gas inlet comprises a push-fit connection. 14. The vacuum anchor of claim 13, wherein the gas inlet and the container outlet port form a gas tight and rotatable connection at the push-fit connection. 15. The vacuum anchor of claim 9, wherein the pressurized gas container further comprises a downwardly projecting connection lug. 16. The vacuum anchor of claim 15, wherein the connection lug is attached to a locking aperture on the mounting plate. 17. The vacuum anchor of claim 16, wherein the connection lug is removable from the locking aperture by depressing a release button on the pressurized gas container. 18. The vacuum anchor of claim 16, wherein a lateral spacing between a distal connection of the container outlet port and the connection lug is substantially equal to a lateral distance between the gas inlet and the locking aperture. 19. The vacuum anchor of claim 7, wherein a length of the outlet port and the connection lug is configured such that, when the connection lug is inserted into the locking aperture, a distal connection of the outlet port substantially simultaneously connects with the gas inlet. 20. A vacuum anchor for securing a fall protection system to a surface, the anchor comprising: an anchor body having a gas inlet, the anchor body configured to generate a vacuum to secure the body to a surface;a pressurized gas container having a container outlet port; anda mounting plate for mounting the pressurized gas container to the anchor body,wherein the container outlet port is connected to the gas inlet by a distal connection extending downwardly from the pressurized gas container in a direction perpendicular to a longitudinal axis of the pressurized gas container.
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