Specifications

Key Characteristics

Key Characteristics	Article Number	114740
	Order Reference	M71-16-457
	Total Qty per Pack	500 Label(s) / Box
	Minimum Order Quanitity	1
	QTY. per Row	1
	Application(s)	Circuit board labelling, Component and equipment labelling, Temperature indicating labelling
	Quantity	500
	Board Application	Surface Mount Technology (SMT) - Top/Bottom, Through Hole Technology - Bottom, Through Hole Technology - Top
	Brand	Brady®
	Trade Name	UltraTemp®
	Qty per Roll	500
	Ribbon Series	M71-R6000HF
	Additional Information	Good contrast and smear resistance
	Country of Origin	MX

Dimensions

Dimensions	Size - Width (mm)	25.40 mm
	Size - Height (mm)	9.53 mm
	Vertical Repeat (mm)	12.70 mm
	Web Width (mm)	33.32 mm
	Dimensions	25.40 mm (W) x 9.53 mm (H)

Material Characteristics

Material Characteristics	Brady Material No.	B-727 (View Technical Data Sheet)
	Brady Material Type	Polyimide
	Material Properties	Harsh Flux Wash-resistant
	Thickness (mm)	0.112 mm
	Colour	White
	Max. Service Temp. °C	300 °C
	Min. Service Temp. °C	-70 °C
	Adhesive	Permanent Acrylic
	Finish	Gloss
	Performance Characteristics	Abrasion-resistant, High heat resistant, Low temperature resistance, Solvent/Chemical resistance
	Surface	For smooth surfaces
	Surface Mount Technology SMT	Yes, this material will work with this application
	Through Hole Technology	Top: Yes, Bottom: Yes
	Label Properties	Heat Resistant, Permanent Adhesive
	Resistance Properties	Abrasion-resistant, Chemical-resistant, Corrosion-resistant, Humidity-resistant, UV-resistant

Product Features

Product Features	Shape	Rectangle

Printing Specifications

Printing Specifications	Print Technology	Thermal Transfer
	Max. Characters per Line	20
	Max. Lines of Text	4

Compatibility

Compatibility	Printer Compatibility	BMP71

Compliance

Compliance	UNSPSC	55121612
	RoHS Compliance Status	Compliant with Directive 2011/65/EU and 2015/863
	REACH SVHC Status	Part does not contain an SVHC
	REACH Candidate List Date	17 January 2023
	Approval/Compliance	Dibutyltin and Dioctyltin free, MIL-STD-202G, Notice 12, Method 215K, UL Recognised

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