General
Product type	Terminal block label carrier
Compatibility	CLIPFIX 15, CLIPFIX 35, CLIPFIX 35-5
Marking format	20 x 8 mm
Mounting method	height-adjustable
Labeling method	labels

The KLM 3 terminal block marking carrier from Phoenix Contact is designed for clear identification of terminal blocks in electrical control systems. It is specifically designed for mounting on end holders of the CLIPFIX 15, CLIPFIX 35, and CLIPFIX 35-5 series, enabling flexible, height-adjustable installation. Identification is achieved using label sheets in the format 20 x 8 mm, which are directly applied to the carrier. This product is part of a marking system used in industrial electrical installations to improve clarity and maintenance of control systems.

Applications

The KLM 3 is used in industrial electrical installations where clear and durable identification of terminal blocks is required. It is particularly suitable for enclosures, distribution boxes, and control systems where multiple terminal blocks are mounted side by side. The height-adjustable mounting allows adaptation to different end holder heights, increasing flexibility during installation. Labelling with 20 x 8 mm labels is standardized and compatible with common labelling printers, especially thermal transfer printers commonly used in the electrical industry.

Functions and Equipment in Detail

The marking carrier is designed for mounting on CLIPFIX 15, CLIPFIX 35, and CLIPFIX 35-5 end holders. The height-adjustable fastening allows precise positioning, ensuring the marking remains clearly visible. Labelling is done using 20 x 8 mm labels, directly applied to the carrier. These labels can be printed using standard labelling printers, with thermal transfer printers recommended to ensure durable and resistant labelling. The labels are designed for clear and legible identification, simplifying maintenance and servicing of control systems.

Technology Explained Simply

The KLM 3 consists of a robust plastic carrier that attaches to the end holders of the CLIPFIX series. The height-adjustable design allows adaptation to the specific mounting height of the end holders, enabling uniform alignment of the marking. Labelling is done using standardized 20 x 8 mm labels, known for clear readability and high durability. Using thermal transfer printers ensures the labelling remains intact even at high temperatures or in humid environments. Installation requires no additional tools, as the carrier is directly attached to the end holders.

Compatibility and Accessories

The KLM 3 is compatible with CLIPFIX 15, CLIPFIX 35, and CLIPFIX 35-5 end holders. As accessories, 20 x 8 mm labels are available, including model EML (20X8)RL YE 0816155, suitable for manual labelling, and model EML (20X8)R 0816786, specifically designed for thermal transfer printers and supplied in rolls of 2500 labels. Another model, EML (20X8)R YE 0816799, is also intended for device marking and supplied in rolls of 2500 pieces. These labels are directly applied to the marking carrier, enabling individual labelling.

Installation and Mounting

The KLM 3 is mounted directly onto the end holders of the CLIPFIX series. The height-adjustable design allows adaptation to the specific mounting height, ensuring optimal positioning of the marking. Installation requires no additional tools, as the carrier is simply clipped into the end holders. After mounting, 20 x 8 mm labels are applied to the carrier. Labelling can be done manually or using a thermal transfer printer, with labels supplied in rolls that can be directly loaded into the printer.

Operational Advantages

The KLM 3 provides clear and durable identification of terminal blocks, significantly simplifying maintenance and servicing of control systems. The height-adjustable mounting allows flexible adaptation to different end holder heights, easing installation in complex control systems. The use of standardized 20 x 8 mm labels ensures uniform labelling that remains durable even at high temperatures or in humid environments. The tool-free installation reduces installation effort and increases efficiency during control system assembly.