Fluke FL1610198 - Description : Test Leads, 10 A - SureGrip Silicone Test Leads (Straight to Right), Model TL224, - Each

$SUREGRIP SILICONE TEST LEADS TL224

$SUREGRIP SILICONE TEST LEADS TL224 from Fluke. Protect your test leads and make hands-free testing easy with the right grip. With silicone insulated strain reliefs on each probe, TL224 test leads stand up to tough conditions and multiple users. When paired with the sure grip handles, you can grasp them more firmly when making connections in hard to reach places or doing vibration tests.

Fluke test leads were designed to provide reliable connectivity at the highest standards of safety and quality. $SUREGRIP Silicone Test Leads TL224 are ideal for automotive testing, as they are constructed with low-capacitance silicone material, which works great in a wide range of temperatures (-55°C to 221°C).

$SUREGRIP SILICONE TEST LEADS TAKE THE STRESS OUT OF WORKING WITH ALL TYPES OF ELECTRONICS AND ELECTRICAL DEVICES.

The Fluke SureGrip Test Leads TL224 are non-conductive, lightweight, PVC insulated test leads with vinyl-coated stainless steel clips and 1/4" banana plugs. The grips are extra large which makes them more comfortable to hold and easier to use. These Fluke Test Leads have a maximum rating of 16 Amps at 125 Volts AC.

Designed for use with all Fluke 289, 289-II and 299 True RMS multimeters, these $SUREGRIP test probes provide consistent probe-to-terminal contact. The silicone coating on the test leads allows the user to easily grasp a wire connector or terminal for fast, secure connections.

When it comes to electrical testing, selecting the right test lead can be a matter of life or death. With the TL224 SureGrip test leads from Fluke Corporation, you can be sure that your electrical connections won't let you down.

GLOVE-LIKE GRIP ON ALL SURFACES. FLUKE's $UREGRIP test leads are guaranteed to provide years of reliable usage in the toughest working environment. Constructed with a unique blend of silicone, each test lead has a skid-proof gripping area and an adhesive backing that will stay put on almost anything.

$SUREGRIP SILICONE TEST LEADS TL224

$SUREGRIP SILICONE TEST LEADS TL224 from Fluke. Protect your test leads and make hands-free testing easy with the right grip. With silicone insulated strain reliefs on each probe, TL224 test leads stand up to tough conditions and multiple users. When paired with the sure grip handles, you can grasp them more firmly when making connections in hard to reach places or doing vibration tests.

Fluke test leads were designed to provide reliable connectivity at the highest standards of safety and quality. $SUREGRIP Silicone Test Leads TL224 are ideal for automotive testing, as they are constructed with low-capacitance silicone material, which works great in a wide range of temperatures (-55°C to 221°C).

$SUREGRIP SILICONE TEST LEADS TAKE THE STRESS OUT OF WORKING WITH ALL TYPES OF ELECTRONICS AND ELECTRICAL DEVICES.

The Fluke SureGrip Test Leads TL224 are non-conductive, lightweight, PVC insulated test leads with vinyl-coated stainless steel clips and 1/4" banana plugs. The grips are extra large which makes them more comfortable to hold and easier to use. These Fluke Test Leads have a maximum rating of 16 Amps at 125 Volts AC.

Designed for use with all Fluke 289, 289-II and 299 True RMS multimeters, these $SUREGRIP test probes provide consistent probe-to-terminal contact. The silicone coating on the test leads allows the user to easily grasp a wire connector or terminal for fast, secure connections.

When it comes to electrical testing, selecting the right test lead can be a matter of life or death. With the TL224 SureGrip test leads from Fluke Corporation, you can be sure that your electrical connections won't let you down.

GLOVE-LIKE GRIP ON ALL SURFACES. FLUKE's $UREGRIP test leads are guaranteed to provide years of reliable usage in the toughest working environment. Constructed with a unique blend of silicone, each test lead has a skid-proof gripping area and an adhesive backing that will stay put on almost anything.