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Sargent
8270-24V LNA 3 RH
Featuring Ecoflex Technology, Sargent 8200 Electromechanical Mortise Locks are field changeable between fail safe and fail secure functions and operate off 12v through 24v power. They are designed to...
Sargent
8270-24V LNA 26D RH
Featuring Ecoflex Technology, Sargent 8200 Electromechanical Mortise Locks are field changeable between fail safe and fail secure functions and operate off 12v through 24v power. They are designed to...
Sargent
8270-24V LNA 3 LH
Featuring Ecoflex Technology, Sargent 8200 Electromechanical Mortise Locks are field changeable between fail safe and fail secure functions and operate off 12v through 24v power. They are designed to...
Sargent
8270-24V LNA 26 LH
Featuring Ecoflex Technology, Sargent 8200 Electromechanical Mortise Locks are field changeable between fail safe and fail secure functions and operate off 12v through 24v power. They are designed to...
Sargent
8270-24V LNA 26D LH
Featuring Ecoflex Technology, Sargent 8200 Electromechanical Mortise Locks are field changeable between fail safe and fail secure functions and operate off 12v through 24v power. They are designed to...
Sargent
8270-12V LNA 3 RH
Featuring Ecoflex Technology, Sargent 8200 Electromechanical Mortise Locks are field changeable between fail safe and fail secure functions and operate off 12v through 24v power. They are designed to...
Sargent
60-8271-24V LNA 4 RH
Featuring Ecoflex Technology, Sargent 8200 Electromechanical Mortise Locks are field changeable between fail safe and fail secure functions and operate off 12v through 24v power. They are designed to...
Sargent
8271-24V LNA 26D RH
Featuring Ecoflex Technology, Sargent 8200 Electromechanical Mortise Locks are field changeable between fail safe and fail secure functions and operate off 12v through 24v power. They are designed to...
Sargent
8271-24V LNA 26 RH
Featuring Ecoflex Technology, Sargent 8200 Electromechanical Mortise Locks are field changeable between fail safe and fail secure functions and operate off 12v through 24v power. They are designed to...