PQ50S-2428(1007) Hirose

High Power/Signal Connectors for Industrial Machinery PQ Series Variations Non water-resistant 20 position type Non water-resistant 48 position type Water-resistant 50 pos. type Contact (19A/pin) type Contact (12.5A/pin) type Contact (12.5A/pin) type PQ50W PQ50S General The PQ series is an interface connector designed to handle high power/signal connections in industrial machinery. Available in a water-resistant or non-water- PQ50 resistant type, they are capable of handling up to 12.5A/ pin (PQ50S and PQ50W) or 19A/pin (PQ50). Side locking structure emits a tactile click and produces a secure lock Features PQ50 and PQ50S Series Non water-resistant type Clear tactile click 1. Side locking spring structure delivers a clear tactile click. The left and right buttons disengage the mated lock. (Side locking system). The easy mating operation delivers a clear tactile click. (Fig.1) 2. Strengthened cable clamps Cable clamp strength is 98N or more. (* Actual is 400N or more.) Easy extraction The structure will prevent the mated connecter and clamp from detaching against excessive forces. Fig.1 3. Different cover options It is possible to insert the terminated housing from the rear A robust, enhanced, shielded die-cast shell is available on the PQ50 series or a engineered, light weight plated plastic resin shell for the PQ50S series. Panel Shell The die cast shell delivers an enhanced EMI shield on the PQ50 series and the plated plastic resin of the PQ50S series cover case M3 Screw and panel shell ensure ESD and EMI performance. Housing 4. Coding key system provides flexibility with multiple options Chassis Panel The coding key system prevents incorrect mating and has multiple variations available. Female Contact 5. Rear mounted panel shell is available. After attaching the panel shell to the chassis, it is possible to install Fig.2 or remove the crimp housing. (Fig.2) Easy and reliable ground connection 6. Reliable ground connection structure. The crimp contacts can be mounted directly onto the panel shell with screws which enhances the grounding connections. (Fig.3) 7. Supports NFPA79 compliant cables (with 600V capability). (PQ50 Series) Due to restrictions on the AWM cables by NFPA79 revision, the requirements of listed cables has increased for wires used in industrial machines in the U.S.A. This product complies with the restrictions and requirements of NFPA79. Fig.3 In cases where the application will demand a high level of reliability, such as automotive, 1 2017.3 please contact a company representative for further information. Dec.1.2018 Copyright 2018 HIROSE ELECTRIC CO., LTD. All Rights Reserved.PQ SeriesHigh Power/Signal Connectors for Industrial Machinery Water-resistant type PQ50W Series Special locking structure with lever 1. Water resistant (IP65) Rated at IP65 when in the mated condition. 2. Special locking structure. Special lever and cam structure delivers easier operation and assists with the insertion and extraction of this connector. (Fig.1) 3. Rear mounted unit offers easy operations. Male and Female plastic crimp case can be installed not only for panel side metal shell but also plug side one. (Fig.2) 4. Metal plated cover of engineering plastic resin adds Fig.1 strength and EMI protection. This robust connector uses a metal plated material of special Supports mounting from the backside of the panel engineering plastic for the cover and panel shell to ensure high ESD and EMI performance. 5. Independent ground contact structure. Secure grounding is accomplished by use of the plated plastic cover and the independent ground contacts. (Fig.3) Panel Side Plug Side 6. Coding key system provides flexibility with multiple options The coding key system prevents incorrect mating and has multiple variations available. Panel Side:Female Cont. Panel Side:Male Cont. Plug Side Male Cont. Plug Side Female Cont. Contact variations Fig.2 1. Available contact options Independent Ground Contacts Two styles are available one with 19A/pin contacts or one with 12.5A/pin contacts. 2. Lance protection structure The side wall of the contact prevents lance deformation and helps to prevent tangled wires. (Fig.4) 3. Sequential contacts of different length are available Two types of different contact length are available for the male contact. (Fig.5) Independent Ground Contacts 4. Highly reliable contact structure The female contact assures a reliable connection by using multiple Fig.3 contact points and a unique spring structure. (Fig.6) Lance Protection Structure Different length sequential contacts Highly Reliable Contact Structure 19A/pin type 19A/pin type 19A/pin type 12.5A/pin type Sequence Contact Male contact Female contact Lance 3 Point Contact 2 Point Contact (Long) Standard Contact 1.2mm Lance protection guard Two types of contacts can be 12.5A/pin type 12.5A/pin type used depending on application Male contact Female contact Lance Sequence Contact Spring De ection Spring De ection (Long) Multiple contact points and very exible spring Standard Contact 1.2mm Lance protection guard design. Fig.4 Fig.5 Fig.6 2 Dec.1.2018 Copyright 2018 HIROSE ELECTRIC CO., LTD. All Rights Reserved.