Detect-A-Finger Gen II Drop-Probe Device For Riveters (RKC008/RKC009)

$1,040.00

For organizations that use riveters and welders, the new and improved Detect-A-Finger Gen II drop-probe device helps to protect operator’s fingers from pinch-point hazards and meets the compliance requirements for a Category 2 safeguarding device. The Detect-A-Finger® Gen II devices are used on small machines, such as riveters, eyeletters, stakers, staplers, crimpers and fastening machines, to help protect the operator’s fingers from point-of-operation hazards.

NOTE: EXTENDED LEAD TIMES APPLY (3-4 WEEKS)

Clear
SKU: DAFRIVETERSERIES Categories: ,

Product Description

For organizations that use riveters and welders, the new and improved Detect-A-Finger Gen II drop-probe device helps to protect operator’s fingers from pinch-point hazards and meets the compliance requirements for a Category 2 safeguarding device. The Gen II upgrades include a longer stroke up to 1.85″, unified right- and left-handed operation, a pre-punched enclosure to achieve faster electrical connections, and a softer probe rod for accurate template development, designed to provide a safer and more cost effective solution that reduces the potential for operator bypassing. The Detect-A-Finger® drop-probe devices are used on small machines, such as riveters, eyeletters, stakers, staplers, crimpers and fastening machines, to help protect the operator’s fingers from point-of-operation hazards. To make retrofitting older models quick and easy, the Gen II features the identical mounting pattern as the original model, creating a “drop-in” solution that is simple to deploy.

Watch the Detect-A-Finger Gen II product demo video HERE.

DAF II bottom logo
 

How It Works
The aluminum “template” probe is shaped by the user to fit each application. This template is then used as an aid to facilitate the forming of the “permanent” steel hexagonal drop probe, which can be adjusted from 0″ to 1.85″ and are keyed to the device, thereby preventing operator bypassing. These devices are designed to drop by gravity. If a finger or workpiece is in the way of the probe and the probe is not allowed to complete its downward travel, the machine will not start a cycle or stroke. On these models, the rotary solenoid is in the control box and when energized, after initiation of the cycle, allows the probe to drop. A spring returns the probe to its starting or up position. Another drop-probe device uses interlocking cams in its operating mechanism. The control box consists of the probe arm, rotary electric solenoid, two-hand control safety relay, redundant limit switches, basic circuit with terminals and other mechanical mechanisms. On machines that are mechanically operated, an air cylinder or electric solenoid may have to be added to the operating linkage to trip the machine. On machines that are hydraulically or pneumatically operated, the drop-probe control can usually be interfaced with the existing control system.

DAF Gen II Drop Probes

When updating machines to meet safety standards, please make sure that each machine is looked at as an individual system that includes, but is not limited to, safeguarding (drop-probe device), machine control, disconnect switch, motor starter, covers for rotating components, auxiliary parts, lockout/tagout equipment, and feeding and retrieving of workpieces. Two 20″ drop-probe rods are furnished with each control box: one aluminum template and one hexagonal steel permanent rod. These rods are shaped by the user for the workpiece or assembly requirements.

Sequence of Operation
The operator initiates the cycle of the machine usually by an overt action on the foot switch. This energizes the rotary solenoid in the control box, which allows the drop probe to drop until it makes contact with a limit switch. If an obstruction, such as a finger, gets in the way of the probe, the limit switch is not contacted and the machine does not start its cycle. If nothing obstructs the probe and the limit switch is operated, a relay will signal the machine to start its cycle or cause it to trip. Next, the relay drops out, de-energizing the control box solenoid, allowing the probe to move up and out of the way. At this time, the machine completes its cycle and stops. The foot switch must be released and re-initiated to begin another cycle.

The Detect-A-Finger Gen II is available in two models: Part No. RKC009 is for mounting on the right side of a machine (probe on left), and Part No. RKC008 is for mounting on the left side of a machine (probe on right). Rockford Systems also offers a new drop-probe kit (FCT057), that includes a clamp, one soft aluminum rod to aid in creating a template, and one tougher steel hex probe. If needed, add the FOOT SWITCH (CTD088). Complete installation instructions and a maintenance manual are furnished with each device.

Select the Detect-A-Finger® Gen II For Riveters that allows the sensing probe to enter the point of operation, without obstructing the work area, and provides for as short and rigid of a sensing probe design as possible.

Alternative Pinch-Point Safety System
Our new, premium solution – the UNITROL SOFT TOUCH Pinch-Point Safety System – is the first and only fully passive safeguarding equipment designed to prevent a pneumatic riveter, welder or other small machine from applying full force if it detects fingers in the machine’s point-of-operation area by measuring electrical continuity between electrodes. If anything other than metal is present between the electrodes, their sensors will not detect continuity and the electrodes will open automatically. Click HERE for more information on the UNITROL Soft Touch for Riveters and HERE for UNITROL Soft Touch for Welders.

Please call 1-800-922-7533 to learn more about Rockford Systems’ range of riveting and welding safety solutions.

Electrically or Electropneumatically Tripped Machines (Incorporating Mechanical Full-Revolution Clutch Typical on Riveting, Eyeletting and Staking Machines)
rkc000-d1

Electropneumatic or Electrohydraulic Machines
rkc000-d2

You may also like…