The Norton 6331-689 is a Push Side mounted Low Energy Door Operator, with a 100-135 Degree Swing, and a Double Lever Arm, is 37-3/8" Long and works with doors from 36" to 48" Inches wide up to 200 lbs. Norton 6331-689 comes in 689 Aluminum Painted Finish.
The 6000 Series combines intelligence, reliability and superior control in one package.
Designed for moderate to high-traffic applications, this operator has a two-piece sub-assembly for easy installation and an LCD screen for clear and accurate read-out of operating settings. Available for push or pull side mounting, the 6000 Series can be operated manually or activated via wall switches or radio frequency devices. This reliable unit ensures consistent opening and closing based on dual-mode, electrohydraulic technology and is ideal for hospitals, office buildings, sports arenas or government facilities.
Functions:
Push and Go, selector
As the door is manually opened, the operator "senses" movement and opens door to the full-open position
Open/Close obstruction detection
Open: The door closes if it hits an obstruction while opening
Close: Door re-opens (once) if it hits an obstruction while closing – if the door hits the obstruction again, the door will rest against the obstruction until it is removed
Motor startup delay adjustment
Delays operator opening
Vestibule delay adjustment
Hold open delay adjustment
Single Pole Double Throw (SPDT) relay output
SPDT relay output time adjustment
SPDT alarm output
Blow open for smoke ventilation
Presence detector input
Selector mode switch
Off – Disables signal inputs except for blow open
On – Activates signal inputs
Infinite Hold Open - The door will hold open at a set position until the power is turned off
Features:
Push or pull side mounting
Non-handed
1.3A onboard power supply
Activated by push button, handsfree and RF devices
Infinite hold open
Maximum door size 4'0" x 8'0", 250 lbs
Push and Go opens door to a full-open position upon manual activation
Obstruction Detection on both open and close cycle
Operates as a mechanical surface closer when power is off
Onboard electronics collect usage and cycle count data to facilitate preventative maintenance/diagnostics
