Book your manufacturer training with Fire Detection Shop today
Product | Price (ex VAT) | Quantity | Total (ex VAT) |
---|---|---|---|
|
£
ex VAT
|
£0.00
|
Code: FDS410/077
INC VAT
Code: FDS410/077
The Paxton 337-510 Net2 Entry Vandal Resistant Panel is a robust, surface-mounted door entry solution supplied with a rain hood for added weather protection.
Built for use with the Paxton Net2 access control system, this panel allows secure visitor entry management alongside your existing Net2 access control setup. The vandal-resistant stainless steel construction makes it ideal for high-traffic or exposed environments such as gates, building entrances, and external doors.
The panel combines video door entry with intuitive operation, enabling users to see and speak to visitors before granting access. As part of the Net2 Entry system, it integrates seamlessly with Net2 software, giving you centralised control, event reporting, and the flexibility to tailor access privileges for up to 50,000 users across 1,000 doors.
With advanced features such as site graphics, IP camera integration, and “Triggers and Actions,” Net2 offers a complete and scalable access control and door entry solution for commercial, educational, and industrial sites.
Paxton 337-510
Works with Net2, Standalone and Paxton10
IK10 rated for ultimate impact resistance
Pan/tilt camera functionality
Reads EM, Paxton & MIFARE token technology
Built-in keypad and RFID reader
IP & PoE technology for easy expansion
Application/Usage: Door Entry
Colour: White
Depth: 65 mm
Durability: Moisture Resistant, Vandal Resistant
Height: 300 mm
Width: 110 mm
Category | Specification | Details |
---|---|---|
System Specifications | Maximum total tokens/users – Standalone | 100 card packs (up to 5,000 tokens/users) |
Power over Ethernet (PoE) | Yes – IEEE 802.3af class 0 | |
Ethernet bandwidth requirement | 1Mb/s multicast per panel during call | |
Panels per system | 100 | |
TCP/IP ethernet extension limit | 100m / 328ft | |
Cable type | CAT5 | |
Token compatibility | Paxton, EM, MIFARE® (UID only), HID® (activation required) | |
Cloning resistance | Low | |
Features | Audio system | Two way |
Camera system | Full colour | |
Back-lit LCD | Yes | |
PIN/Code entry | Yes – only with Net2 software & Paxton10 | |
Bluetooth® compatibility | Yes – only with Paxton10 | |
Bluetooth® modes | ‘Token mode’ (present credential to reader), ‘Touch to enter’ (Smart credential or Hands-free Keyfob in pocket), ‘Long range’ (Smart credential or Hands-free Keyfob up to 10m), Bluetooth® off | |
Proximity entry | Yes | |
Vandal resistant | Yes | |
IDC connector | Optional | |
Colour | Stainless steel | |
Environment | Operating temperature | -20°C to +50°C / -4°F to +122°F |
Moisture resistance | IPX5 | |
Vandal resistance | IK10 |
The Paxton 337-510 Net2 Entry Vandal Resistant Panel is a robust, surface-mounted door entry solution supplied with a rain hood for added weather protection.
Built for use with the Paxton Net2 access control system, this panel allows secure visitor entry management alongside your existing Net2 access control setup. The vandal-resistant stainless steel construction makes it ideal for high-traffic or exposed environments such as gates, building entrances, and external doors.
The panel combines video door entry with intuitive operation, enabling users to see and speak to visitors before granting access. As part of the Net2 Entry system, it integrates seamlessly with Net2 software, giving you centralised control, event reporting, and the flexibility to tailor access privileges for up to 50,000 users across 1,000 doors.
With advanced features such as site graphics, IP camera integration, and “Triggers and Actions,” Net2 offers a complete and scalable access control and door entry solution for commercial, educational, and industrial sites.
Paxton 337-510
Works with Net2, Standalone and Paxton10
IK10 rated for ultimate impact resistance
Pan/tilt camera functionality
Reads EM, Paxton & MIFARE token technology
Built-in keypad and RFID reader
IP & PoE technology for easy expansion
Application/Usage: Door Entry
Colour: White
Depth: 65 mm
Durability: Moisture Resistant, Vandal Resistant
Height: 300 mm
Width: 110 mm
Category | Specification | Details |
---|---|---|
System Specifications | Maximum total tokens/users – Standalone | 100 card packs (up to 5,000 tokens/users) |
Power over Ethernet (PoE) | Yes – IEEE 802.3af class 0 | |
Ethernet bandwidth requirement | 1Mb/s multicast per panel during call | |
Panels per system | 100 | |
TCP/IP ethernet extension limit | 100m / 328ft | |
Cable type | CAT5 | |
Token compatibility | Paxton, EM, MIFARE® (UID only), HID® (activation required) | |
Cloning resistance | Low | |
Features | Audio system | Two way |
Camera system | Full colour | |
Back-lit LCD | Yes | |
PIN/Code entry | Yes – only with Net2 software & Paxton10 | |
Bluetooth® compatibility | Yes – only with Paxton10 | |
Bluetooth® modes | ‘Token mode’ (present credential to reader), ‘Touch to enter’ (Smart credential or Hands-free Keyfob in pocket), ‘Long range’ (Smart credential or Hands-free Keyfob up to 10m), Bluetooth® off | |
Proximity entry | Yes | |
Vandal resistant | Yes | |
IDC connector | Optional | |
Colour | Stainless steel | |
Environment | Operating temperature | -20°C to +50°C / -4°F to +122°F |
Moisture resistance | IPX5 | |
Vandal resistance | IK10 |
FDS111/091
FDS900/168
FDS811/370
FDS331/246
FDS331/245
If you’re looking for high quality fire detection, security of fire safety equipment, we are your one-stop-shop for everything you need to get your job done.
Fire Detection Shop has a wide range of products, kits and accessories in stock and ready to ship - so you can place your order now with confidence.
To help you choose the right product, our technical team are on the end of the telephone to answer your questions. Alternatively, you can complete the form here and one of our specialists will call you back.
We have a team of in-house engineers trained to design, install and commission the products we sell. If you’re interested in the services we can provide you with a quotation.
We use cookies to enhance your site experience. Choose your preferences below.