CMI Truck Strongbox TS/SL
CMI Truck Strongbox TS/SL
Available in stock
Product Details
Product Details
Specification of CMI TS/SL Truck Strongbox
- The Truck Strongbox is fitted with a 100mm x 10mm posting slot and has a removable door.
- All 6mm construction, this strongbox is designed to be bolted into your vehicle for additional security while you're mobile.
- Provided with a 6 lever pick resistant key lock. This strongbox has Nil Fire Resistance.
Dimension For TS/SL Truck Strongbox
- External (H) 300mm x (W) 150mm x (D) 150mm
- Internal (H) 250mm x (W) 138mm x (D) 138mm
- This model weighs 10kg
Delivery & Installation
Delivery & Installation
We deliver to all major cities in Australia. For Metro areas, you can generally expect your order within 3-5 business days. Because moving and installing a safe is a specialised task, we offer four flexible delivery options to suit your needs:
- 1. Professional Delivery & Installation (Recommended): Our expert technicians deliver the safe, offload it, and bolt it into your concrete, timber, or tiled floor (or wall) according to manufacturer standards. This ensures your warranty and insurance ratings are valid.
- 2. Delivery to Door: Delivery to your front door (ground level) only. You are responsible for moving and installing the unit.
- 3. Delivery to Site: You are responsible for offloading the safe from the truck yourself.
- 4. Warehouse Pickup: You can collect the safe from one of our warehouse outlets by prior arrangement.
Why Choose Professional Installation?
While DIY is possible, it is not encouraged for high-security items. Incorrect installation can leave gaps that vulnerabilities to burglars or void your fire-resistance rating. Our licensed technicians ensure your safe is correctly levelled and securely bolted to prevent removal.
Lifetime Support & Maintenance
We don't just sell safes; we maintain them. Whether you need a lock upgrade, lose your combination, or require general servicing, our accredited professionals are available Australia-wide to keep your safe in optimal condition.
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