Panasonic TXS fiche technique

No.	Partie #	Fabricant	Description
1	TXS2-L2-3V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
2	TXS2-L2-9V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
3	TXS2-L2-12V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
4	TXS2-L-6V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
5	TXS2-L-24V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
6	TXS2Sx-LT-9V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
7	TXS2Sx-L-1.5V-Z	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
8	TXS2Sx-L-3V-Z	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
9	TXS2Sx-LT-24V-Z	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
10	TXS2-LT-24V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
11	TXS2-L2-1.5V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
12	TXS2-L2-4.5V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
13	TXS2-L2-24V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
14	TXS2-L-3V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
15	TXS2-L-9V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
16	TXS2-L-12V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
17	TXS2-4.5V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
18	TXS2Sx-1.5V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
19	TXS2Sx-12V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 
20	TXS2Sx-L-9V	Panasonic	TX-S RELAYS 1. Nominal operating power: High sensitivity of 50 mW By using the highly efficient polar magnetic circuit “seesaw balance mechanism”, a nominal operating power of 50 mW (minimum operating power of 32 mW) has been achieved. 2. Compact size 15.0(L) 