MSA Safety VTOHR-101-ME-A is a V-Tec synthetic non-leading edge self-retracting lanyard (SRL) with a 30 ft (10 m) Dyneema HMPE lifeline designed for overhead fall protection. The single-leg device features a clear polycarbonate housing, aluminum and steel hardware, internal energy absorber, visual load indicator and RFID for inspection tracking, and is approved to OSHA 1926.502, 1910.140 and ANSI Z359.14-21.
30 ft (10 m) HMPE lifeline, 5 mm diameter; single-leg SRL for overhead anchorage only
Polycarbonate housing with aluminum and steel components, carabiner harness connection and steel snap hook anchorage
Internal energy absorber; visual load indicator and RFID; weight capacity 310 lb (ANSI) / 400 lb (OSHA)
Product Highlights
Class 1 non-leading edge SRL with 30 ft HMPE lifeline, internal energy absorber, visual load indicator and RFID.
Product Information
Standard Information
Brand: MSA SAFETY
Manufacturer Part Number: VTOHR-101-ME-A
Country of Origin: United States
Technical Specifications
Brand
MSA Safety
Manufacturer Part Number
VTOHR-101-ME-A
Product Type
Self Retracting Lanyard
Trade Name
V-TEC
Lifeline Length
30 ft (10 m)
Lifeline Material
High Modulus Polyethylene (HMPE/Dyneema)
Lifeline Thickness
5 mm (13/64")
Number of Legs
1
ANSI SRL Class
Class 1 - Non-Leading Edge
Approvals / Standards
OSHA 1926.502; OSHA 1910.140; ANSI Z359.14-21
Weight Capacity
310 lb (ANSI); 400 lb (OSHA)
Minimum User Weight
130 lb
Anchoring Location
Overhead only
Harness End Connection
Carabiner (steel)
Anchorage End Connection
Snap hook (steel)
SRL Housing Material
Polycarbonate (clear)
Material Components
Aluminum; Stainless Steel; Steel; HMPE
Internal Energy Absorber
Yes
Visual Load Indicator
Yes
RFID Equipped
Yes
Operating Temperature
-40°F to 130°F (-40°C to 54°C)
Item Weight
14.771 lb (6.700 kg)
Height
5.315 in (135 mm)
Length
9.843 in (250 mm)
Width
14.843 in (377 mm)
Lifeline Hook Material
Steel
Lifeline Hook Type
Snap hook
SRL Housing Connection Hook Type
Carabiner
Applications
Working at heights; Turnarounds and plant maintenance; Aviation; Confined space