3217001109 / 3217 0011 09 Emergency Stop Atlas Copco

When you’re running an Atlas Copco drilling or rock-excavation platform, safety isn’t a “nice to have”, it’s the system that keeps every other system honest. The 3217001109 Emergency Stop Atlas Copco assembly (also searched as 3217 0011 09 Emergency Stop Atlas Copco) is built for that exact job: a fast, unmistakable, mechanical “stop now” command that can be reached in a split second, even with gloves, dust, vibration, and pressure in the environment.

This unit is the kind of component you don’t notice on a perfect day, but on a chaotic day it becomes the most important device on the machine. The bright red mushroom actuator and high-visibility enclosure are designed to stand out in peripheral vision, reduce reaction time, and allow rapid actuation without fine motor control.

As 3GEN Export, we supply this part as an OEM supplier option and ship worldwide in 5 working days, helping maintenance teams and field crews minimize downtime while keeping safety circuits dependable and consistent.

What the 3217001109 Emergency Stop Atlas Copco does

The 3217001109 Emergency Stop Atlas Copco is a latching emergency-stop pushbutton station. In practical terms, it provides a deliberate, physical interruption signal to the machine’s safety/control circuit when pressed.

In many drilling and rock-support machines, an emergency stop device is used to:

• Cut control power to hydraulic valves/solenoids (via the safety chain logic)

• Trigger a safe shutdown state for rotation, percussion, feed, and tramming functions

• Prevent unintended restart until the stop device is reset and the system is acknowledged

Because an e-stop is typically wired into a safety chain, the device must be mechanically robust and electrically consistent. The goal is not subtle control. The goal is a clear decision: stop motion and stop energy transfer.

Design details you can see in the photos (and why they matter)

High-visibility actuator for fast reaction

The large red mushroom head is intentionally oversized so operators can hit it with a palm, fist, or forearm. The shape reduces “aiming” and increases success under stress.

The 3217001109 Emergency Stop Atlas Copco is also commonly the “twist release / turn-to-reset” style used across industrial machinery. That reset method prevents accidental re-enabling and forces a conscious action after an emergency stop event.

Rugged enclosure for harsh work zones

From the images, you can see a compact, industrial enclosure with corner screws and a sealed body. This style is widely used where equipment faces:

• Dust and rock fines

• Water spray / washdown

• Oil mist and vibration

• Repeated impact or incidental knocks

On rock drilling equipment, small parts fail early if they aren’t built for vibration. A dedicated stop station in a protective enclosure helps keep the actuator aligned and prevents contact block damage.

Cable-gland entry and marking

The housing shows standard cable-entry markings (commonly used for gland sizing and installation). This matters because correct cable entry prevents:

• Water ingress

• Cable pull-out

• Conductor fatigue from vibration

• Electrical noise intrusion into control wiring

A correct gland + correct strain relief is part of making the 3217 0011 09 Emergency Stop Atlas Copco reliable over long service intervals.

Where the 3217 0011 09 Emergency Stop Atlas Copco is used

The 3217001109 / 3217 0011 09 Emergency Stop Atlas Copco appears in parts lists as an emergency stop device for Atlas Copco / Epiroc equipment families.

Because Atlas Copco/Epiroc drilling fleets are configured with different safety layouts (operator panels, local service boxes, remote panels, boom controls), the same emergency stop station style may be used across multiple platforms and positions.

Compatibility notes (how to use this section correctly)

• The safest method is always to confirm by part number: 3217001109 or 3217 0011 09.

• Model coverage can vary by machine serial range, regional electrical packages, and retrofit kits.

• If your rig has been rebuilt or modernized, the visual match can help, but the part number confirmation is the final check.

Examples of Atlas Copco / Epiroc model families where this type of emergency stop station is referenced in parts listings include underground jumbos/boomers and related drilling/support equipment.

If you want, you can send your machine model + serial range, and I’ll format a “fitment verification checklist” you can follow with your maintenance team (without needing any marketing claims).

Why choosing the correct emergency stop station matters

A stop device is not like a decorative switch. On heavy rock drilling machinery, a mismatched emergency stop component can create problems that are expensive and risky:

1) Contact behavior and safety-chain logic

Emergency stop devices are often built around positive-opening contact principles, where the contact separation is mechanically forced. That design is preferred in safety circuits because it reduces the chance of a welded contact remaining closed.

If your control system expects a particular contact block setup (commonly NC contacts in series in a safety loop), using the wrong configuration may lead to:

• Nuisance trips

• Failure to reset correctly

• Fault codes that waste diagnostic time

• Unsafe behavior if incorrectly wired

2) Environmental sealing and service life

Dust, moisture, and vibration can degrade standard pushbuttons quickly. A dedicated stop station enclosure helps maintain sealing and reduces internal contamination—especially important in underground operations where humidity and rock fines are constant.

3) Operator ergonomics

E-stops are often placed to be hit instinctively. If the geometry, mounting depth, or actuator height changes, it can affect usability in a real incident. Matching the 3217001109 Emergency Stop Atlas Copco form factor helps keep the operator experience consistent with the original machine layout.

Technical overview of the 3217001109 Emergency Stop Atlas Copco

Below is a practical, buyer-friendly technical summary based on the component style shown and the industrial standard design of this emergency-stop station category.

Component type

• Emergency stop pushbutton station (mushroom-head, latching)

Actuation / reset style

• Push to latch (stop condition)

• Twist/turn to reset (common industrial reset method)

Enclosure style

• Compact station enclosure with cable gland entry

• Intended for industrial machinery control circuits

Typical protection/performance characteristics (category-level)

Emergency stop stations of this style (commonly used across industrial and mobile machinery) are typically designed for durable sealing and industrial compliance; comparable designs in this category are commonly offered with protection ratings such as IP65 in manufacturer specifications.

Approximate weight

For logistics and stocking, emergency stop stations of this enclosure-and-mushroom configuration typically fall in the few-hundred-gram range; comparable industrial emergency stop stations in this family are commonly listed around ~0.2 kg (approximate, varies by contact block and gland configuration).

If you need an exact shipping weight for your SKU system, the best method is weighing one unit from stock (or confirming from the exact manufacturer datasheet tied to your build variant). I can also format your product page to label it as “approx.” to avoid misleading precision.

Installation and replacement guidance

Before you start

1. Lockout/tagout the machine per site rules.

2. Confirm the stop circuit is de-energized.

3. Photograph wiring before removal (especially if multiple devices share the same safety loop).

Removal

• Open the enclosure cover carefully and avoid pulling on conductors.

• Note the cable gland orientation and the routing path (this matters for vibration strain relief).

• Identify the contact blocks and wiring positions.

Installation

• Mount the station securely to the panel/structure with proper fasteners.

• Install the correct gland and torque properly to maintain sealing.

• Ensure conductors have slack for vibration but are not loose enough to rub sharp edges.

• Rebuild the safety loop exactly as before.

Functional test (minimum recommended)

• Press the emergency stop: confirm the machine enters safe state and cannot resume motion.

• Reset the emergency stop: confirm reset is recognized only after proper acknowledgement (as per machine logic).

• Confirm no intermittent faults by gently moving the cable near the gland and watching for drops.

This is where using the correct 3217 0011 09 Emergency Stop Atlas Copco matters: you want the stop action to be immediate, repeatable, and stable.

Maintenance tips to extend service life

• Keep the actuator head clean from packed fines that can harden over time.

• Inspect cable glands during routine electrical checks; re-torque if needed.

• If the button feels “mushy,” sticky, or inconsistent, replace the station rather than hoping it recovers.

• Avoid over-spraying aggressive chemicals directly into the actuator seam during washdown.

Emergency stop devices are inexpensive compared to downtime and risk. If the machine sees heavy vibration cycles, proactive replacement is often the smarter cost decision.

Ordering notes for SEO and internal SKU systems

To capture search demand and reduce ordering errors, use the part number both ways:

• 3217001109 Emergency Stop Atlas Copco

• 3217 0011 09 Emergency Stop Atlas Copco

• Also include the compact form: 3217001109 and 3217001109 Atlas Copco

This improves findability for technicians who search from handwritten notes, old maintenance logs, or parts lists.

3GEN Export supply promise

We supply 3217001109 / 3217 0011 09 Emergency Stop Atlas Copco as an OEM supplier option, prepared for international shipping and workshop timelines.

Worldwide delivery: 5 working days (typical dispatch routing depending on destination and customs procedures).

Manufactured in Turkey, these products are made using the latest technologies and built to meet the highest international standards. Each machine is a high-quality copy of the original, ensuring durability, precision, and performance that you can rely on for modern construction and metalworking projects.