Von Duprin XP98L-06-F 4 32D LHR Grade 1 Rim Exit Protector 630

Von Duprin XP98L-06-F 4 32D LHR Grade 1 Protector Rim Exit 630 offers exceptional security and durability for commercial applications. Constructed as a Grade 1 Extra Protection Rim Exit Device, this model features a robust 48" length and is fire rated for added safety. The XP latch is engineered to provide double the static load force resistance compared to standard exit devices, ensuring that it withstands external attacks effectively. Its innovative design incorporates a patented latch bolt that maintains a strong seal, even when subjected to twisting motions from weakened frames. This device is designed for single and double doors with mullions and is non-handed, simplifying installation. The XP98L is equipped with a classroom mechanical function, making it ideal for educational institutions. Finished in a sleek satin stainless steel (630), it blends seamlessly with modern architectural aesthetics. The device is ANSI A156.3 - 2014 Grade 1 and UL listed for panic exit hardware, ensuring compliance with safety standards. It includes hex key dogging as standard and offers various optional features, such as electric locking and special center case dogging. With a durable construction and versatile functionalities, the Von Duprin XP98L-06-F is an excellent choice for enhancing safety and security in any building.

Grade 1 Protector Rim Exit 630

Grade 1 Extra Protection Device Rim Exit Device, 48" Length, Fire Rated, Classroom, 06 Lever, 1-1/4" Mortise & Rim, Satin Stainless Steel Finish, Left-Hand Reverse

XP98/99 Rim exit devices are designed for single and double doors with mullion that require increased security. The XP latch provides twice the static load force resistance of standard exit devices. The "smart" latch changes shape when subjected to external forces. This design enables the exit door to withstand an external attack and remain secure. Additionally, the patented latch bolt design provides greater, longer-lasting latch bolt to strike contact which is not easily affected by the twisting motion of a weakened frame, resulting in an opening that will remain strong. Devices are ANSI A156.3 - 2014 Grade 1 and UL listed for panic exit hardware. The rim device is non-handed except when the following device options are used: SD (special dogging) or -2 (double cylinder). See Opposite page for available outside trim and device functions. Covers stock hollow metal doors with 86 or 161 cutouts on single doors (may cover cutouts on pairs - consult template).

The new patented center case design takes the proven reliability of the 98/99 series.

Von Duprin push pad exit devices are available in two external surface styles, designated XP98 Series and XP99 Series. The two styles are mechanically and dimensionally identical and provide a wide selection of appearance options.

• Device Functions Device ships EO/DT/NL. Field selectable. For TP,K,or L remove NL drive screw from device
• Device Lengths 3´ 2´4˝ to 3´ (711mm to 914 mm) Door Size 4´ 2´10˝ to 4´ (864 mm to 1219 mm) Door Size
• Strikes 909 – Panic and Fire Single Door 954 — Mullion Fire
• Dogging Feature Hex key dogging standard
• Dogging Options CD Cylinder Dogging SD Special Center Case Dogging LD Less Dogging
• Electric Options RX Pushpad Monitor Switch* (Consult factory) RX2 Double Pushpad Monitor Switch* E Electric Locking & Unlocking ALK Alarm Exit Kit*
• Miscellaneous Options -2 Double Cylinder* GBK Glass Bead Kit
• Fasteners & Includes 1 ³
  ₄˝ (19mm) – 2 ¹
  ₄˝ (57mm) Wood & Metal Doors Sex Bolts (SNB) Optional SNB available for device, see next page for quantities
• Latch Bolt Deadlocking, ³
  ₄˝ (19mm) throw
• Device Centerline from 39 ¹³
  ₁₆˝ (1011 mm) Finished Floor 39 ¹¹
  ₁₆˝ (1008 mm) with Mullion
• Center Case Dimensions 8˝ x 2³
  ₄˝ x 2³
  ₈˝ (203mm x 70mm x 60mm)
• Mechanism Case Dimensions 2¹
  ₄˝ x 2¹
  ₄˝ (57mm x 57mm) Projection Pushbar Neutral – 3 ¹³
  ₁₆˝ (97 mm) Pushbar Depressed – 3 ¹
  ₁₆˝ (78 mm)

Resources

• 9847WDC Series Concealed Vertical Rod Exit Devices Cut Sheet
• Introduction to Von Duprin Exit Devices