Intermediate Key Transfer Application –
One Isolation Point, Multiple Access Points
Where there is one point of isolation, which allows access to multiple points of access, an intermediate transfer is required. In this trapped key system, the intermediate transfer system is a key exchange. In this solution, electrical power is isolated with a key switch on the left side of the image. The key is freed and entered into the key exchange system (intermediate transfer). Only when the isolation key is inserted, can the keys for access be released. In the image below, four points of access are controlled through this intermediate transfer (key exchange system). Whilst any of the keys are entered into the access points, the isolation key will remain trapped in the intermediate transfer and hazardous energy cannot be restored to the system.
Examples of Intermediate Key Transfer Systems –
Key Exchange Systems
How to Design Your Key Exchange / Intermediate Transfer?
Key exchange ‘XM’ modules come in two different varieties, robust metal alloy (XM) or Full Stainless Steel (XMS).
XM – Robust Metal Alloy | XMS – Full Stainless Steel
XM-XMS Operating Instructions
If operating in extreme conditions such as cold temperatures, saltwater exposure, external ‘weathered’ locations, or wet & humid environments including where wash down is performed, the stainless steel (XMS) option is recommended.
Protect your Locks from dust and particulate ingress. Padlock-able dustcovers can receive up to two padlocks per lock.
CLDC – Standard Dustcover | PLDC – Padlock-able Dustcover
Designing a Key Exchange – How does this product Operate?
XM3-1-2-CLIN-Y | XM7-1-6-CLIS-Y | XM5-1-4-CLIN-Y | XMS4-1-3-CLSS-Y
XM-XMS Operating Instructions XM-XMS Key Exchange
How to Design Your Key Exchange / Intermediate Transfer?
Material
Key exchange ‘XM’ modules come in two different varieties, robust metal alloy (XM) or Full Stainless Steel (XMS).
XM – Robust Metal Alloy | XMS – Full Stainless Steel
XM-XMS Operating Instructions
Environment
If operating in extreme conditions such as cold temperatures, saltwater exposure, external ‘weathered’ locations, or wet & humid environments including where wash down is performed, the stainless steel (XMS) option is recommended.
Protect your Locks from dust and particulate ingress. Padlock-able dustcovers can receive up to two padlocks per lock.
CLDC – Standard Dustcover | PLDC – Padlock-able Dustcover
Operation
Designing a Key Exchange – How does this product Operate?
XM3-1-2-CLIN-Y | XM7-1-6-CLIS-Y | XM5-1-4-CLIN-Y | XMS4-1-3-CLSS-Y
XM-XMS Operating Instructions XM-XMS Key Exchange
XM3-2-1-CLIS | Key Exchange with three dustcover protected locks; 2 Normally In Locks, 1 Normally Out Lock
Choosing your Lock Type:
CLIN | CLIS | CLIL | CLSN | CLSS | CLSL | MLIN | MLIS | MLIL | MLSN | MLSS | MLSL
Example Part Number: J05-4-1-CLIS-H01RFS
Example Part Number:
J03-2-1-CLIS-H01RFS | J07-1-6-CLIS-V01RFS | J12-15-1-CLSS-H02RFS
Save on Hardware and Installation by combining Power Isolation with a Key Transfer
XM-XMS Key Exchange Understanding Operation
Part Numbering an Monitored Intermediate Key Transfer
XMR2-2-0-CLIN-W-02022
Robust Metal Alloy Switch Monitored Key Exchange with two locks. Switch contacts changed on operation of first lock
XMSR3-3-0-CLSN-W-02022
Stainless Steel Switch Monitored Key Exchange with three locks. Switch contacts changed on operation of first lock
XMSR5-5-0-CLSN-W-02022
Stainless Steel Switch Monitored Key Exchange with five locks. Switch contacts changed on operation of first lock
XMR4-4-0-CLIN-W-02022
Monitored Key Exchange; 4 Normally In Locks; switch monitored lock operates first.
Common Configurations:
XM3-2-1-CLIS-Y | XM4-3-1-CLIL-Y | XMS5-4-1-CLSS-Y
Example Part Numbers: (left) XMR4-4-0-CLIN-W-02022 | (second from left) XMR3-3-0-CLIN-W-02022 | (right) XM7-6-1-CLIN-X
